Solutions:


Eccosorb CRS


Home - Products - Absorbers - Injection Molded, Machined, Cast Liquids and Microwave Absorbing Thermoplastic

Castable flexible absorber series

It cures in a flexible elastomer showing high loss in the microwave frequency range. When fully cured, Eccosorb CRS will duplicate the electrical properties of its counterpart in the Eccosorb® MFS series. For example, Eccosorb CRS-117 is electrically equivalent to Eccosorb MFS-117. Being a true elastomer, Eccosorb CRS, when cured, has a number of distinct advantages over rigid materials of the Eccosorb MF type. It is available in 2 grades

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Eccosorb CR


Home - Products - Absorbers - Injection Molded, Machined, Cast Liquids and Microwave Absorbing Thermoplastic

Castable rigid absorber series

It can be used to mold waveguide terminations, attenuators, loads and other custom parts to finished size. When fully cured, these materials will duplicate the physical and electrical properties of the corresponding material in the Eccosorb MF series. For example Eccosorb CR-117 is the equivalent to Eccosorb MF-117. Due to their low outgassing properties, these materials are suitable for space applications. ECCOSORB CR is available in six castable versions, CR-110, CR-112, CR-114, CR-116, CR-117 & CR-124 pending on region It is supplied as a two part system consisting of a Component A and Component B requiring mixing. It can be used to mold waveguide terminations, attenuators, and loads to size. ECCOSORB® CR can also be used to precisely pot small amounts of absorber in or around areas of RF leakage

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Eccosorb CFS 8480


Home - Products - Absorbers - Injection Molded, Machined, Cast Liquids and Microwave Absorbing Thermoplastic

Castable silicone absorber series

ECCOSORB CFS-8480 has a high magnetic loss tangent and is electrically non-conductive. When poured or pained on surfaces, it will suppress surface currents, reduce the reflectivity of objects, and lower the QA of a cavity. It can also be used to mold terminations and attenuators. ECCOSORB CFS-8480 is supplied as a two component kit consisting of a Component A (resin) and Component B (catalyst).

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Eccosorb MF500


Home - Products - Absorbers - Injection Molded, Machined, Cast Liquids and Microwave Absorbing Thermoplastic

High temperature rigid stock absorber

This high temperature absorber product line is designed for use at short periods of 500 °F (260 °C) permitting use at high ambients and/or high power levels. Physical and electrical properties are the same as those of the corresponding member of the ECCOSORB MF series.

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Eccosorb JCP PBT 252


Home - Products - Absorbers - Injection Molded, Machined, Cast Liquids and Microwave Absorbing Thermoplastic

PBT thermoplastic absorber

Reinforced with glass fiber, this absorber grade is exhibiting good stability and enhanced mechanical properties. This compound is loaded with specific filler and can be used in high volume applications that require reduction of interference and enhanced performances trough absorbers material for cavity resonance and/or reflectivity applications.

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Eccosorb MF-PA


Home - Products - Absorbers - Injection Molded, Machined, Cast Liquids and Microwave Absorbing Thermoplastic

Polyamide thermoplastic absorber

Eccosorb MF-PA represents a family of injection molded absorbers based on a thermoplastic matrix with high magnetic loss. Eccosorb MF-PA-120 is a high temperature alternative for Eccosorb MF-PP-120 for medium to high volume applications. Polyamide based resin exhibit good mechanical properties recognized in many industries from space to automotive Eccosorb MF-PA-120 products are used as attenuator and termination in waveguides, coaxial or stripline application as well as structural absorbers for board-level and above board EMI suppression. Structural covers in Eccosorb MF-PA-120 material are a cost-effective alternative for traditional solutions where an absorbing material is glued on the metallic cover. Thermoplastic polymer amenable to injection molded processes for low total cost of ownership and high volume compliancy Thermoplastic absorber are a good alternative to stock machining for 3D shape parts

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Eccosorb MF-PP


Home - Products - Absorbers - Injection Molded, Machined, Cast Liquids and Microwave Absorbing Thermoplastic

Polyamide thermoplastic absorber

Eccosorb MF-PP is a multi purpose grade covering general application as well as specific ones in automotive industry for example It shows a limitation in operating temperature at 85°C Thermoplastic polymer amenable to injection molded processes for low total cost of ownership and high volume compliancy Thermoplastic absorber are a good alternative to stock machining for 3D shape parts

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Eccosorb MF-PPS


Home - Products - Absorbers - Injection Molded, Machined, Cast Liquids and Microwave Absorbing Thermoplastic

Polyphenylene Sulfide thermoplastic absorber

Eccosorb MF PPS exhibit high temperature resistance up to 210 °c as well as compliancy to reflow process It meets flammability rating UL94 V0 requirements. Thermoplastic polymer amenable to injection molded processes for low total cost of ownership and high volume compliancy Thermoplastic absorber are a good alternative to stock machining for 3D shape parts

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Eccosorb MF


Home - Products - Absorbers - Injection Molded, Machined, Cast Liquids and Microwave Absorbing Thermoplastic

Rigid stock absorber

Eccosorb MF can be machined for use as absorbers, attenuators and terminations in waveguides, coaxial or strapline applications. With products such as these, it is necessary to be conversant with the dielectric and magnetic properties of the materials, which are listed in this technical bulletin, the values given are normalized with respect to free space. MF series is available in various grades along with multiple standard shapes (sheet, rod, bars)

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Eccosorb MF-TPE


Home - Products - Absorbers - Injection Molded, Machined, Cast Liquids and Microwave Absorbing Thermoplastic

Thermoplastic elastomer absorber

Eccosorb MF-TPE is the right choice within the thermoplastic absorber series when softness and elastomer flexibility is required for tolerances, mounting,mechanical properties reasons Thermoplastic polymer amenable to injection molded processes for low total cost of ownership and high volume compliancy Thermoplastic absorber are a good alternative to stock machining for 3D shape parts

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Eccostock PP


Home - Products - Absorbers - Low Loss Dielectrics

Flexible closed cell dielectric foam

Due to the low dielectric constant, the materials are essentially transparent to electromagnetic energy. It offers excellent thermal insulation. Eccostock PP is lightweight and will return to its normal thickness after being compressed. It can be heat sealed to form blocks of material or to make contoured pieces that can be draped over complex objects. Eccostock PP can be used as radomes, blankets, and coverings where radar transparency is desired as well as spacer in electronic.

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Eccostock FlexK


Home - Products - Absorbers - Low Loss Dielectrics

Flexible dielectric elastomer

It weighs only about half that of polystyrene and one quarter that of polytetrafluoroethylene. FlexK LoK is waterproof and has excellent thermal characteristics, tolerating high and low temperatures. Material does not flake or shed. It s used in a variety of application from thin dielectric spacer in PCB to radome.

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Eccostock HIK 500


Home - Products - Absorbers - Low Loss Dielectrics

High temperature tuned low loss dielectric stock

When subjected to high temperatures, the surface will darken. This however has no adverse effect. Eccostock HiK500F offers low moisture absorption and low outgassing properties for space applications. It is used in cavity tuning probes, patch antennas, and dielectric support pieces as well as waveguide

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Eccostock LoK


Home - Products - Absorbers - Low Loss Dielectrics

Light weight dielectric thermoset

Eccostock LOK weighs only about half that of polystyrene and one quarter that of polytetrafluorethylene, making it first choice for weight sensitive application. It has better dimensional stability than other low loss plastics and exhibit very good moisture resistance It will not cold flow, nor will flow when heat is applied. Eccostock Lok is of benefit in application like coaxial, waveguide and antenna support to minimize reflections in transmission line thanks to its low dielectric constant.

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Eccostock 0005


Home - Products - Absorbers - Low Loss Dielectrics

Low outgassing thermosetting low loss dielectric

Eccostock 0005 is showing good machinability and can easily be bonded to other material. It s a good choice for custom microwave/coaxial transmission line components (spacer in Type N connectors, waveguide supports, antenna insulators, microwave lenses... Eccostock 0005 is able to withstand high voltages for producing gap switch houses, capacitors and other components and show high radiation resistance with little change in dielectric loss with exposures up to 1000m rads.

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Eccostock FFP


Home - Products - Absorbers - Low Loss Dielectrics

One part cure in place low loss dielectric

ECCOSTOCK FFP is designed to infiltrate densely populated electronic packages, readily filling void space around components when vibrated in place. It can be used to stabilize crystal oscillators as well as other delicate components that need to be held in place or thermally and vibration protected.

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Eccostock SH


Home - Products - Absorbers - Low Loss Dielectrics

Rigid closed cell dielectric foam

Unlike most polyurethanes, Eccostock SH has an extremely low dissipation factor and low dielectric constant. It is primarily used as a high temperature structural member or thermal barrier in electrical/electronic applications.

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Eccostock HIK


Home - Products - Absorbers - Low Loss Dielectrics

Tuned low loss dielectric stock

Low outgassing properties make them suitable for space applications. It exhibits a very low water absorption (<0.1) making it of choice for outdoor applications. It is used in cavity tuning probes, patch antennas, and dielectric support pieces as well as waveguide.

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Eccosorb 5G Hi F1


Home - Products - Absorbers - Microwave Absorbing Elastomers and Films

5G absorber High Frequency Range

It is flexible with a high service temperature (165C). It has a UL94 fire retardancy rating. The material is effective in reducing specular reflections as well as suppressing cavity resonances especially above 40 ghz and surface currents

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Eccosorb 5G MeF 1


Home - Products - Absorbers - Microwave Absorbing Elastomers and Films

5G absorber Medium Frequency Range

It is very flexible and has a high service temperature (165°C). It is recommended for all mmWave applications in the 18-40 GHz. It has a UL94 V-0 rating.

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Eccosorb FGM


Home - Products - Absorbers - Microwave Absorbing Elastomers and Films

Broadband free space elastomer absorber

Eccosorb FGM is available in two thicknesses (FGM-40 at 0.040"" and FGM-125 at 0.125"") with different performance pending on targeted frequency band. The thinner FGM-40 will easily conform to contoured surfaces and both FGM-40 and FGM-125 can be bonded to metallic or non-metallic structures. Based on silicone, Eccosorb FGM is completely impervious to moisture and can be subjected to outdoor environments and high altitudes including space with no adverse effects. It can be easily cut with a knife or die and can be held in place with an optional Pressure Sensitive Adhesive (PSA). ECCOSORB FGM is used to line cavities in which antennas operate. These may be aircraft nacelles or caps to isolate radiation for test purposes. It may be applied to surfaces to improve radar performance, reduce radar cross section or backscattering.

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Eccosorb JCS


Home - Products - Absorbers - Microwave Absorbing Elastomers and Films

Electrically conductive mm wave absorber sheet

Eccosorb JCS is waterproof and has excellent thermal characteristics, tolerating high and low temperatures. Eccosorb JCS is a pure dielectric absorber with no magnetic properties (permeability = 1). Eccosorb JCS is used to lower cavity Q’s in RF amplifiers, oscillators, cabinets containing microwave devices, computer housings, LNB’s, and isolation of antennas by insertion loss. It is also used to reduce surface currents on radiating elements and outer ground-plane type surfaces.

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Eccosorb SF


Home - Products - Absorbers - Microwave Absorbing Elastomers and Films

Free space narrow band elastomer

These silicone rubber sheets are designed to be bonded to flat or curved metallic surfaces to reduce the reflectivity in a narrow band of frequencies. Eccosorb SF reflects -20 dB or less of normally incident microwave energy at the design frequency in the range of 1 to 26 GHz.

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Eccosorb MMI


Home - Products - Absorbers - Microwave Absorbing Elastomers and Films

Harsh environment mm wave absorber sheet

Due to the chemical nature of the dielectric filler system, no oxidation is possible. As such, the product resists outdoor conditions very well.

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Eccosorb BSR


Home - Products - Absorbers - Microwave Absorbing Elastomers and Films

High loss flexible sub 18 Ghz absorber sheet

It has low outgassing properties and high temperature resistance. BSR / MFS is flexible and can be fitted to compound curves. It is available in 2 versions BSR-1 and BSR-2.

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Eccosorb MCS


Home - Products - Absorbers - Microwave Absorbing Elastomers and Films

High loss UL rated sub 6 Ghz absorber sheet

The material is impervious to moisture and can be subjected to high altitudes with no adverse effects. Being a silicone based absorber, it has low out-gassing properties for space or optical applications. When placed within a cavity, Eccosorb MCS has proven to be very effective at dampening resonances due to the absorbers high permittivity and permeability as well as high loss values, which in turn reduces the overall VSWR. It is designed for the suppression of surface currents over a wide range of frequencies but is also useful in reducing RF coupling of antennas and microwave components

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Eccosorb GDS


Home - Products - Absorbers - Microwave Absorbing Elastomers and Films

Medium frequency UL rated cavity resonance absorber

It is designed for the frequency range from 18Ghz. The material is impervious to moisture and can be subjected to high altitudes, with no adverse effects. Being a silicone based absorber, it has low outgassing properties for space or optical applications.

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NoiseSorb NS1000


Home - Products - Absorbers - Microwave Absorbing Elastomers and Films

Ultra thin high permeability noise suppressor

It is used to mitigate EM energy; it interacts and suppresses the magnetic field at the noise source. Various thicknesses are available compliant with compact design No need for specific design, just cut and bond a piece of thin absorber onto the noise source. NoiseSorb NS1000 series absorber can be placed over CPUs, main chip sets and other memory and power IC devices as well as flat cables to suppress radiated noise causing interference with RF functions, crosstalk or SAR emissions

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Eccosorb HR


Home - Products - Absorbers - Microwave Absorbing Foams

Controlled gradient open cell series free space absorber foam

Gradient loading ensure good performance from few Ghz up to above 100Ghz Various standard thicknesses are available in regards of the performance expected and the frequency band targeted. Eccosorb HR is used in various applications such as lining of antenna shrouds for low side-lobe reflector antennas, decoupling of adjacent antennas and array elements, camouflaging and interference suppression applications as well as masking of reflecting structures

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Eccosorb CV


Home - Products - Absorbers - Microwave Absorbing Foams

Convoluted absorber foam

It is a moderately flexible urethane foam material having a front surface cut to a convoluted (egg-carton) shape. Because of the rounded convolutions and lack of sharp corners and points, Eccosorb CV is the preferred absorber for mm wave frequencies and for very wide incidence angles. There is no degradation in performance at incidence angles out to 60° off-normal.

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Eccosorb ANW


Home - Products - Absorbers - Microwave Absorbing Foams

Harsh environment free space absorber foam

Eccosorb ANW is the AN version recommended in situations where the absorber will come in contact with water, fuel, hydraulic fluids, or will be used outdoors.

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Eccosorb LS


Home - Products - Absorbers - Microwave Absorbing Foams

Insertion loss flexible foam series

These foams achieve lossy behavior are available in a wide range of dielectric properties characterized by insertion loss along with different thicknesses for performance tuning. ECCOSORB LS is not weatherproof, but can be supplied with a special coating for outdoor use or where the absorber may come in contact with fuel, lubricants, or hydraulic fluids. ECCOSORB LS can be easily cut with a knife and held in place with a Pressure Sensitive Adhesive (PSA). ECCOSORB LS is used to absorb electromagnetic energy in a variety of applications. It can be used to line the interior of a cavity to lower its Q in RF amplifiers, oscillators, cabinets containing microwave devices, computer housings, or LNB’s. It can also be used for the isolation of antennas by insertion loss.

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Eccosorb OCF


Home - Products - Absorbers - Microwave Absorbing Foams

Lightweight convoluted foam absorber

It has a convoluted shape similar to the Eccosorb CV material, but is made from a much more open cell foam material. This open structure allows the piece to be used at high humidity although long term exposure to water and UV should be avoided. For indoor higher power requirements, cooling air can be circulated through the foam structure, either by natural convection or by fan, to keep the temperature of the piece down. Because of the rounded convolutions and lack of sharp corners and tips, Eccosorb OCF is the preferred absorber for mm wave frequencies and for grazing incidence angles out to 60° off-normal. It s available in 2 thicknesses 7.5 cm ad 10 cm.

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Eccosorb AN


Home - Products - Absorbers - Microwave Absorbing Foams

Multi layer gradient free space absorber sheet series

Products are made from polyurethane foam that is treated with special filler and assembled in a laminate construction to generate a controlled conductivity gradient. Each product in the series has it’s own low end cut-off frequency that forms the basis of selection based on operating frequency. Reflectivity reduction is at least 17 dB down for normal incident energy with the correct choice of ECCOSORB AN absorber. Examples for use are radar antenna nacelles, anechoic enclosures, antenna or target test mounts in radar ranges, and inside or outside horn antennas. ECCOSORB® AN is equally effective against linear, elliptical, or circular polarization, and relatively insensitive to incidence angles out to 70 degrees.

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Eccosorb QR-13AF


Home - Products - Absorbers - Microwave Absorbing Foams

UL rated insertion loss foam

Similar in design yet stiffer in nature due to the flame-retardants used, ECCOSORB® QR-13AF will generally not dust or flake off. ECCOSORB® QR-13AF is designed for the suppression of cavity resonances in shielded high-frequency modules and the absorption of parasitic radiation emanating from high speed electronic circuits. It can be used to line the interior of a cavity to lower its Q in RF amplifiers, cabinets containing microwave devices or computer housings requiring a high UL rated absorber. It can also be used for the isolation of antennas by insertion loss.

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Softzorb MCS


Home - Products - Absorbers - Microwave Absorbing Gap Fillers

Low deflection force absorber gap filler

This softer material offers lower deflection for use in cavities whenever a lid may potential contact with and compress the absorber causing possible damage to other components. In addition, Softzorb MCS’ ability to more thoroughly fill the cavity greatly increases absorber performance by limiting leakage around the absorber. Can be used in commercial Datacom equipment such as optical transceiver cavities where space is at a premium and superior absorbing capabilities are required

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Eccosorb SLJ


Home - Products - Absorbers - Military Specialty Microwave and Custom Magnetic Absorbers

Dual band elastomer absorber

Between these 2 resonant frequencies, reflectivity remains typically below -10dB.The nitrile matrix is a very durable material. It has good outdoor weathering characteristics, good resistance to moisture and hydraulic fluids and has proven excellent performance in naval applications. Water and salt water immersion tests showed after 1 month immersion a weight increase of only 0.5 - 0.7 %. No influence on reflectivity was noticed.

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RFSS Salisbury Screens


Home - Products - Absorbers - Military Specialty Microwave and Custom Magnetic Absorbers

Low frequency range cavity resonance elastomer absorber

Construction consists of a conductive coating ""lossy"" fabric, separated from a conductive ground plane by a low dielectric foam core. As a tuned (narrowband) absorber, the material must have an electrical thickness of 1/4 of a wavelength at the frequency of operation. This promotes signal attenuation by both energy dissipation within the ""lossy"" fabric material, as well as cancellation of the incoming and emerging signals at the surface, where they are 180 degrees out of phase. Through accurate control of the coating process used for the ""lossy"" fabric, absorption levels of greater than 20dB are easily and consistently achieved with a 10% bandwidth at the specified operating frequency.

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RFHC - Treated Honeycomb Core Absorbers


Home - Products - Absorbers - Military Specialty Microwave and Custom Magnetic Absorbers

Microwave absorbing honeycomb

Laird uses either Nomex® or fiberglass honeycomb core and applies a ""lossy"" coating to it. The RF core can have a uniform coating to optimize insertion loss or a graded coating to optimize reflection loss. The cell sizes generally used are 0.125"" to 0.187"" (3,2 mm to 4,8 mm) thick with densities of 3 to 4 lb./ft3. The performance curve shows the typical performance of a 0.5"" (12,7 mm) thick core, providing good attenuation over a broad frequency range. We can optimize the performance to account for laminated skins or core and can assist in selecting the right materials to minimize performance degradation. RFHC materials are used as ""lossy"" loads in spiral antennas and high-power antenna couplers. They are used with laminated skins to manufacture radar absorbing structural (RAS) panels and components. Our engineering staff can design a material that meets your special requirements.

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Microwave Absorbing Textile Covers


Home - Products - Absorbers - Military Specialty Microwave and Custom Magnetic Absorbers

Microwave Absorbing Textile Covers

Many of these products are based upon Laird RFRET foam material. RFRET is open-celled lightweight foam, which is flexible and provides excellent broadband microwave absorption. The absorber can be sewn or RF welded into different textile materials. The textile cover is chosen based upon the environmental properties desired. Vinyl, neoprene, silicone and Hypalon® are commonly used materials. Reinforcements include nylon, fiberglass, polyester and Kevlar®. A variety of attachment schemes can be used including Velcro®, zippers, buckles, tie downs and other standard attachments. Camouflage materials can also be used to provide both RF and visual protection. The foam works equally well at millimeter wave frequencies. Laird is working with other companies to provide infrared protection and integrate conductive materials into fabric coatings. A variety of conductive materials are available including Flectron nickel/copper coated fabric, aluminized glass mat, lightweight scrims and wire screens.

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RFFOAM - Flexible and Structural Microwave Absorbing Foam


Home - Products - Absorbers - Military Specialty Microwave and Custom Magnetic Absorbers

Shapeable free space absorber foam

The product comes in custom shapes and sizes and provides excellent broadband microwave absorption along with light weight. It is an excellent option for inside of radomes, antenna pattern improvement, and other applications in enclosed areas. For outdoor applications the material can be filled with a closed cell rigid urethane foam to create a broadband structural foam. Nominal density of the product is 12-15 pounds per cubic foot and in thicknesses from25"" to 2"". The materials can be molded to shape, machined or bonded into complex covers and components. If skins are applied, rigid lightweight structural panels are formed. Laird has developed new types of foam, including syntactic foam and phenolic foams

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Custom Molded Elastomeric Covers


Home - Products - Absorbers - Military Specialty Microwave and Custom Magnetic Absorbers

Tuned free space elastomer absorber

Specific elastomers can be chosen for specific environments or applications. Elastomers process by Laird for outdoor use include nitrile, neoprene, natural rubber, urethanes, silicones, fluorosilicones, and fluoroelastomers (Viton®). Fluorosilicones and fluoroelastomers provide good fuel resistance, chemical resistance and high temperature capabilities. Urethanes and nitriles offer fuel resistance with good toughness and abrasion resistance.

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RFmicrowave absorber kit


Home - Products - Absorbers - Sample Kits and Accessories

Absorber Kit

Include near field,cavity resonance and free space absorber types for testing, trials, lab scale purpose Quick fix kit to solve your challenges

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Eccosorb SS tape


Home - Products - Absorbers - Sample Kits and Accessories

Pressure Sensitive Adhesive tapes

There are several PSA’s offered depending on the type of absorber Eccosorb SS-tapes are cleanly cut with steel roll dies or via water-jet cutting.

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Eccostock Adhesive 13111


Home - Products - Absorbers - Sample Kits and Accessories

Sovent based contact adhesive

It is a sprayable glue based on a synthetic rubber. Eccostock 13111 provides good adhesion to neoprene, natural and synthetic rubber, nylon, glass, ceramic, wood, PVC, insulation materials and most plastic materials.Can also be used to glue absorber foam in thin layer

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Custom Board Level Shields



BLS Solutions

Custom designs offer shielding at the component level on a PCB. Laird offers local design support by creating custom shields and is the technology leader in this industry.

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One-Piece Board Level Shields



BLS Solutions

One-piece designs offer shielding at the component level on a PCB where access to shielded components is not necessary. There are no tooling costs associated with standard off-the-shelf designs.

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Two-Piece Board Level Shields



BLS Solutions

Two-piece shields offer users the flexibility to inspect or repair shielded components without having to risk board damage by removing the entire shield. Covers snap on and off, making repairs quicker and easier. Board rework is reduced. There are no tooling costs associated with standard off-the-shelf designs.

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Standard Ecofoam



Conductive Foam Gasket

Laird’s Ecofoam offers an innovative approach to traditional shielding and grounding by providing X, Y and Z-axis conductivity, enhancing the shielding effectiveness required to meet the increasing microprocessor speeds of today’s computer, telecommunications and other electronic equipment. The product is offered with a conductive PSA tape on one side. Ecofoam can be customized to your application by die-cutting, hole-punching, notching, and so on and is especially useful for odd-shaped applications which are difficult to shield with typical profile gaskets. Ecofoam is designed for low-cycling applications such as input/output (I/O) shielding and other non-shear standard connectors.

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FR Ecofoam



Flame retardant Conductive Foam Gasket

Laird’s Ecofoam offers an innovative approach to traditional shielding and grounding by providing X, Y and Z-axis conductivity, enhancing the shielding effectiveness required to meet the increasing microprocessor speeds of today’s computer, telecommunications and other electronic equipment. The product is offered with a conductive PSA tape on one side. Ecofoam can be customized to your application by die-cutting, hole-punching, notching, and so on and is especially useful for odd-shaped applications which are difficult to shield with typical profile gaskets. Ecofoam is designed for low-cycling applications such as input/output (I/O) shielding and other non-shear standard connectors.

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ECE072


Home - Products - Electromagnetic Interference (EMI) Shielding - Electrically Conductive Elastomers (ECE)

ECE072

ECE072 has excellent shielding properties and conductivity. This material has excellent sealing at temperature extremes, is ozone resistant, and has a long shelf life. It has been developed to meet UL94 V-0 standard.

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ECE081


Home - Products - Electromagnetic Interference (EMI) Shielding - Electrically Conductive Elastomers (ECE)

ECE081

ECE081 has excellent shielding properties and conductivity. This material has excellent sealing at temperature extremes, is ozone resistant and has a long shelf life. It is recommended for applications where there are dissimilar mating surfaces, present of salt fog or in uncontrolled environments. ECE081 is MIL-G-83528 type B approved material.

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ECE085


Home - Products - Electromagnetic Interference (EMI) Shielding - Electrically Conductive Elastomers (ECE)

ECE085

ECE085 has excellent shielding properties and conductivity. This material seals at temperature extremes, is ozone resistant and has a long shelf life. It is recommended for applications where there are high shielding requirements, including electromagnetic pulses. ECE085 is MIL-G-83528 type M approved material.

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ECE089


Home - Products - Electromagnetic Interference (EMI) Shielding - Electrically Conductive Elastomers (ECE)

ECE089

ECE089 has excellent shielding properties and conductivity. This material will survive temperature extremes, is ozone resistant and has a long shelf life. It is recommended for applications where there are high shielding requirements, including electromagnetic pulses.

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ECE093


Home - Products - Electromagnetic Interference (EMI) Shielding - Electrically Conductive Elastomers (ECE)

ECE093

ECE093 has excellent shielding properties and conductivity. This material has excellent sealing at temperature extremes, is ozone resistant and has a long shelf life.

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Electrocoat EMI Gasket


Home - Products - Electromagnetic Interference (EMI) Shielding - Electrically Conductive Elastomers (ECE)

Electrocoat EMI Gasket

Electrocoat EMI Gasket

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NCE220ECE093


Home - Products - Electromagnetic Interference (EMI) Shielding - Electrically Conductive Elastomers (ECE)

NCE220/ECE093

Laird's Co-Extruded EMI Gasket product line is a high-performance gasket solution that combines a reliable environmental silicone elastomer seal with an electrically conductive elastomer. Conductive particle filler results in a product with lower material cost and an improved environmental seal against water, moisture, dust and mildly corrosive atmospheric conditions due to smog.

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NCE221ECE081


Home - Products - Electromagnetic Interference (EMI) Shielding - Electrically Conductive Elastomers (ECE)

NCE221/ECE081

Laird's Co-Extruded EMI Gasket product line is a high-performance gasket solution that combines a reliable environmental silicone elastomer seal with an electrically conductive elastomer. Conductive particle filler results in a product with lower material cost and an improved environmental seal against water, moisture, dust and mildly corrosive atmospheric conditions due to smog.

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Conductive Fabric



Conductive Fabric Solution

Flectron® metallized fabric combines highly conductive metals with lightweight fabric to meet a diverse range of EMI/RFI shielding requirements. Manufactured with Laird's patented technology, Flectron metallized fabric is available in various woven and non-woven substrate configurations.

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Conductive Transfer Adhesives



Conductive Pressure Sensitive Adhesive

Acrylic pressure sensitive transfer adhesive with anisotropic electrical conductivity through the Z-axis (adhesive thickness). It provides good stick and shear properties to a wide variety of substrates, and extremely low electrical resistance. LT307 is RoHS- compliant and Halogen free.

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Double-Sided Conductive Fabric Tapes



Double-Sided Conductive Fabric Tapes Solution

Laird conductive fabric shielding tapes offer exceptional conformability and conductivity for dynamic flex applications. Conductive tapes are constructed of nickel/copper metallized fabric with a conductive pressure sensitive adhesive (PSA). This reliable tape design provides outstanding shielding performance while offering superior abrasion and corrosion resistance under high dynamic flex conditions.

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Single-Sided Conductive Fabric Tapes



Single-Sided Conductive Fabric Tapes Solution

Laird conductive fabric shielding tapes offer exceptional conformability and conductivity for dynamic flex applications. Conductive tapes are constructed of nickel/copper metallized fabric with a conductive pressure sensitive adhesive (PSA). This reliable tape design provides outstanding shielding performance while offering superior abrasion and corrosion resistance under high dynamic flex conditions.

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Standard FoF


Home - Products - Electromagnetic Interference (EMI) Shielding - Fabric over Foam (FOF) Gaskets

Fabric over Foam Gasket

Laird Fabric-over-Foam (FOF) EMI gaskets provide a wide range of excellent electromagnetic interference shielding performance and offer excellent assembly tolerance absorbing for customers where EMI issues occur. They are composed of electrically-conductive fabric wrapped around a soft foam core, and supplied with a non-conductive or conductive pressure sensitive adhesive (PSA) as well as an extended release liner on the adhesive. They can be created with cross-section profiles such as rectangle, D, C, P, T, knife, bell shapes, and others, and can be further customized to an application by die-cutting, hole punching, notching, etc.

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Standard FoF-Black


Home - Products - Electromagnetic Interference (EMI) Shielding - Fabric over Foam (FOF) Gaskets

Fabric over Foam Gasket

Laird Fabric-over-Foam (FOF) EMI gaskets provide a wide range of excellent eletromagnetic interference shielding performance and offer excellent assembly tolerance absorbing for customers where EMI issues occur. They are composed of electrically-conductive fabric wrapped around a soft foam core, and supplied with a non-conductive or conductive pressure sensitive adhesive (PSA) as well as an extended release liner on the adhesive. They can be created with cross-section profiles such as rectangle, D, C, P, T, knife, bell shapes, and others, and can be further customized to an application by die-cutting, hole punching, notching, etc.

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EcoGreen


Home - Products - Electromagnetic Interference (EMI) Shielding - Fabric over Foam (FOF) Gaskets

Fabric over Foam Gasket

Laird Fabric-over-Foam (FOF) EMI gaskets provide a wide range of excellent EMI shielding performance and offer excellent assembly tolerance absorbing for customers where EMI issues occur. They are composed of electrically-conductive fabric wrapped around a soft foam core, and supplied with a non-conductive or conductive pressure sensitive adhesive (PSA) as well as an extended release liner on the adhesive. They can be created with cross-section profiles such as rectangle, D, C, P, T, knife, bell shapes, and others, and can be further customized to an application by die-cutting, hole punching, notching, etc.

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EcoGreen-Black


Home - Products - Electromagnetic Interference (EMI) Shielding - Fabric over Foam (FOF) Gaskets

Fabric over Foam Gasket

Laird Fabric-over-Foam (FOF) EMI gaskets provide a wide range of excellent EMI shielding performance and offer excellent assembly tolerance absorbing for customers where EMI issues occur. They are composed of electrically-conductive fabric wrapped around a soft foam core, and supplied with a non-conductive or conductive pressure sensitive adhesive (PSA) as well as an extended release liner on the adhesive. They can be created with cross-section profiles such as rectangle, D, C, P, T, knife, bell shapes, and others, and can be further customized to an application by die-cutting, hole punching, notching, etc.

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Tape mounted Gasket



Fingerstock Solutions

Adhesive mounted Fingerstocks are an instant, pressure-sensitive adhesive bonding system, ideal for all applications where soldering or laser welding processes are not applicable. This product is unaffected by temperatures from -55° to +121°C

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Clip-On & Edge Mount Gaskets



Fingerstock Solutions

Clip-On gaskets hold firmly in place because of their own spring characteristics. Simply push the strips onto the edge or flange. Also available are Clip-On & Edge Mount gaskets with D-lances.

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Slot & TrackRail Mounted Gaskets



Fingerstock Solutions

Slot mounted parts are easily installed using slots where bidirectional movement is required. Simply install part into one slot, and snap it into the second slot or over the edge of the frame.

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SIL35-HXP


Home - Products - Electromagnetic Interference (EMI) Shielding - Form in Place (FIP) Elastomers

Form-in-Place Gasket

Laird’s Form-In-Place is an automated system for dispensing non-conductive and conductive elastomer EMI shielding and grounding gaskets onto metal substrates. This product is particularly ideal for base stations, PDAs, PC cards, radios, and mobile phones, as well as many other cast enclosures and packaged electronic assemblies.

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SNN60-RXP


Home - Products - Electromagnetic Interference (EMI) Shielding - Form in Place (FIP) Elastomers

Form-in-Place Gasket

Laird’s Form-In-Place is an automated system for dispensing non-conductive and conductive elastomer EMI shielding and grounding gaskets onto metal substrates. This product is particularly ideal for base stations, PDAs, PC cards, radios, and mobile phones, as well as many other cast enclosures and packaged electronic assemblies.

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SNC50-HXP


Home - Products - Electromagnetic Interference (EMI) Shielding - Form in Place (FIP) Elastomers

Form-in-Place Gasket

Laird’s Form-In-Place is an automated system for dispensing non-conductive and conductive elastomer EMI shielding and grounding gaskets onto metal substrates. This product is particularly ideal for base stations, PDAs, PC cards, radios, and mobile phones, as well as many other cast enclosures and packaged electronic assemblies.

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SNK55-RXP


Home - Products - Electromagnetic Interference (EMI) Shielding - Form in Place (FIP) Elastomers

Form-in-Place Gasket

Laird’s Form-In-Place is an automated system for dispensing non-conductive and conductive elastomer EMI shielding and grounding gaskets onto metal substrates. This product is particularly ideal for base stations, PDAs, PC cards, radios, and mobile phones, as well as many other cast enclosures and packaged electronic assemblies.

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SNC45-RXP


Home - Products - Electromagnetic Interference (EMI) Shielding - Form in Place (FIP) Elastomers

Form-in-Place Gasket

Laird’s Form-In-Place is an automated system for dispensing non-conductive and conductive elastomer EMI shielding and grounding gaskets onto metal substrates. This product is particularly ideal for base stations, PDAs, PC cards, radios, and mobile phones, as well as many other cast enclosures and packaged electronic assemblies.

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SNC70-RXP


Home - Products - Electromagnetic Interference (EMI) Shielding - Form in Place (FIP) Elastomers

Form-in-Place Gasket

Laird’s Form-In-Place is an automated system for dispensing non-conductive and conductive elastomer EMI shielding and grounding gaskets onto metal substrates. This product is particularly ideal for base stations, PDAs, PC cards, radios, and mobile phones, as well as many other cast enclosures and packaged electronic assemblies.

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SNK60-HXP


Home - Products - Electromagnetic Interference (EMI) Shielding - Form in Place (FIP) Elastomers

Form-in-Place Gasket

Laird’s Form-In-Place is an automated system for dispensing non-conductive and conductive elastomer EMI shielding and grounding gaskets onto metal substrates. This product is particularly ideal for base stations, PDAs, PC cards, radios, and mobile phones, as well as many other cast enclosures and packaged electronic assemblies.

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SNL60-RXP


Home - Products - Electromagnetic Interference (EMI) Shielding - Form in Place (FIP) Elastomers

Form-in-Place Gasket

Laird’s Form-In-Place is an automated system for dispensing non-conductive and conductive elastomer EMI shielding and grounding gaskets onto metal substrates. This product is particularly ideal for base stations, PDAs, PC cards, radios, and mobile phones, as well as many other cast enclosures and packaged electronic assemblies.

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SNL70-HXP


Home - Products - Electromagnetic Interference (EMI) Shielding - Form in Place (FIP) Elastomers

Form-in-Place Gasket

Laird’s Form-In-Place is an automated system for dispensing non-conductive and conductive elastomer EMI shielding and grounding gaskets onto metal substrates. This product is particularly ideal for base stations, PDAs, PC cards, radios, and mobile phones, as well as many other cast enclosures and packaged electronic assemblies.

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SIL25-RXP


Home - Products - Electromagnetic Interference (EMI) Shielding - Form in Place (FIP) Elastomers

Form-in-Place Gasket

Laird’s Form-In-Place is an automated system for dispensing non-conductive and conductive elastomer EMI shielding and grounding gaskets onto metal substrates. This product is particularly ideal for base stations, PDAs, PC cards, radios, and mobile phones, as well as many other cast enclosures and packaged electronic assemblies.

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SNC70-HXP


Home - Products - Electromagnetic Interference (EMI) Shielding - Form in Place (FIP) Elastomers

Form-in-Place Gasket

Laird’s Form-In-Place is an automated system for dispensing non-conductive and conductive elastomer EMI shielding and grounding gaskets onto metal substrates. This product is particularly ideal for base stations, PDAs, PC cards, radios, and mobile phones, as well as many other cast enclosures and packaged electronic assemblies.

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SNN65-HXP


Home - Products - Electromagnetic Interference (EMI) Shielding - Form in Place (FIP) Elastomers

Form-in-Place Gasket

Laird’s Form-In-Place is an automated system for dispensing non-conductive and conductive elastomer EMI shielding and grounding gaskets onto metal substrates. This product is particularly ideal for base stations, PDAs, PC cards, radios, and mobile phones, as well as many other cast enclosures and packaged electronic assemblies.

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Soft HB-SMD Foam Contact



Soft HB-SMD Foam Contact Solutions

Laird’s SMD (Surface Mount Device) Grounding Contact is a foam-cored contact with a metalized polyimide film outer covering. It is used for circuit grounding of SMT (Surface Mount Technology) devices. These contacts are designed to be solder-reflow compatible, and are suitable for automatic processing.

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Soft HT-SMD Foam Contact



Soft HT-SMD Foam Contact Solutions

Laird’s SMD (Surface Mount Device) Grounding Contact is a foam-cored contact with a metalized polyimide film outer covering. It is used for circuit grounding of SMT (Surface Mount Technology) devices. These contacts are designed to be solder-reflow compatible, and are suitable for automatic processing.

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Coin Cell Battery Contacts



Battery Contacts Solutions

These high-performance battery contacts are suitable for coin battery applications, battery pack contact applications and AA/AAA battery applications. Supplied in heat treated beryllium copper, the contacts offer superb contact force and a large compression range. Heat treatment of beryllium copper significantly reduces the materials' internal stress, thereby allowing a wide range of compression to accommodate variations in battery size and placement.

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General Battery Contacts



Battery Contacts Solutions

These high-performance battery contacts are suitable for coin battery applications, battery pack contact applications and AA/AAA battery applications. Supplied in heat treated beryllium copper, the contacts offer superb contact force and a large compression range. Heat treatment of beryllium copper significantly reduces the materials' internal stress, thereby allowing a wide range of compression to accommodate variations in battery size and placement.

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B3G - Grounding Contacts



SMD Metal Contacts Solutions

Laird standard precision electronic contacts ground, carry current and signals and interconnect boards and devices. A wide variety of plating options allows for the maximum electrical current-carrying performance. An array of designs in a standard format is ready for production. Installed costs are lower with our tape and reel.

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B4G - Grounding Contacts



SMD Metal Contacts Solutions

Laird standard precision electronic contacts ground, carry current and signals and interconnect boards and devices. A wide variety of plating options allows for the maximum electrical current-carrying performance. An array of designs in a standard format is ready for production. Installed costs are lower with our tape and reel.

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B5G - Grounding Contacts



SMD Metal Contacts Solutions

Laird standard precision electronic contacts ground, carry current and signals and interconnect boards and devices. A wide variety of plating options allows for the maximum electrical current-carrying performance. An array of designs in a standard format is ready for production. Installed costs are lower with our tape and reel.

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B6G - Grounding Contacts



SMD Metal Contacts Solutions

Laird standard precision electronic contacts ground, carry current and signals and interconnect boards and devices. A wide variety of plating options allows for the maximum electrical current-carrying performance. An array of designs in a standard format is ready for production. Installed costs are lower with our tape and reel.

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B7G - Grounding Contacts



SMD Metal Contacts Solutions

Laird standard precision electronic contacts ground, carry current and signals and interconnect boards and devices. A wide variety of plating options allows for the maximum electrical current-carrying performance. An array of designs in a standard format is ready for production. Installed costs are lower with our tape and reel.

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B8G - Grounding Contacts



SMD Metal Contacts Solutions

Laird standard precision electronic contacts ground, carry current and signals and interconnect boards and devices. A wide variety of plating options allows for the maximum electrical current-carrying performance. An array of designs in a standard format is ready for production. Installed costs are lower with our tape and reel.

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BCG - Grounding Contacts



SMD Metal Contacts Solutions

Laird standard precision electronic contacts ground, carry current and signals and interconnect boards and devices. A wide variety of plating options allows for the maximum electrical current-carrying performance. An array of designs in a standard format is ready for production. Installed costs are lower with our tape and reel.

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BDG - Grounding Contacts



SMD Metal Contacts Solutions

Laird standard precision electronic contacts ground, carry current and signals and interconnect boards and devices. A wide variety of plating options allows for the maximum electrical current-carrying performance. An array of designs in a standard format is ready for production. Installed costs are lower with our tape and reel.

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BXG - Grounding Contacts



SMD Metal Contacts Solutions

Laird standard precision electronic contacts ground, carry current and signals and interconnect boards and devices. A wide variety of plating options allows for the maximum electrical current-carrying performance. An array of designs in a standard format is ready for production. Installed costs are lower with our tape and reel.

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BMI - Grounding Contacts



SMD Metal Contacts Solutions

Laird standard precision electronic contacts ground, carry current and signals and interconnect boards and devices. A wide variety of plating options allows for the maximum electrical current-carrying performance. An array of designs in a standard format is ready for production. Installed costs are lower with our tape and reel.

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MaxAir



Vent Panel Solutions

MaxAir Vent Panels provide an innovative and cost effective approach for providing increased airflow and EMI protection for telecommunications hardware equipment such as fans and server racks.

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Electroground Washer


Home - Products - Electromagnetic Interference (EMI) Shielding - Wire Mesh Knitted Conductive Gaskets

Clips and Washers

Clips, Washers, Tape, etc., are useful in applications where the need for EMI protection is required.

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Elastomer Core Mesh Gasketing


Home - Products - Electromagnetic Interference (EMI) Shielding - Wire Mesh Knitted Conductive Gaskets

Elastomer Core Gasket

Elastomer Core Mesh is an optimum solution for combining excellent shielding performance with a high degree of elasticity.

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Electromesh Tape


Home - Products - Electromagnetic Interference (EMI) Shielding - Wire Mesh Knitted Conductive Gaskets

Electromesh Tape

ElectroMesh tape has a double layered strip of knitted wire shielding providing effective EMI shielding and grounding for electrical and electronic cable assemblies.

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Electronit All Mesh EMI Gasketing


Home - Products - Electromagnetic Interference (EMI) Shielding - Wire Mesh Knitted Conductive Gaskets

Electronit All Mesh Gasket

ElectroNit All Mesh is the most economical gasket for low cycling applications and is designed to offer the highest levels of attenuation.

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Ultraflex Electronit BeCu Knitted Wire Shielding


Home - Products - Electromagnetic Interference (EMI) Shielding - Wire Mesh Knitted Conductive Gaskets

Ultraflex BeCu Mesh

UltraFlex CuBe Mesh offers superb resiliency for consistent, point-to-point contact requiring the lowest compression forces among all other shielding materials and configurations. Optimum mechanical properties of beryllium copper with shielding effectiveness as much as 20 dB higher than conventional materials.

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CC2824 Series



Can-Bus Common Mode Chokes

Laird chokes exhibit superior inductance performance well into the 100 kHz range and below. The internal construction of these chokes are of the wound toroidal fashion. They use a large number of cable pairs twisted or non-twisted. This configuration reduces RFI and cross talk associated with balanced wires found in most common chokes. It also exhibit accurate current matching capability over a broad range of inductance value.

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CC1812 Series



Can-Bus Common Mode Chokes

Laird chokes exhibit superior inductance performance well into the 100 kHz range and below. The internal construction of these chokes are of the wound toroidal fashion. They use a large number of cable pairs twisted or non-twisted. This configuration reduces RFI and cross talk associated with balanced wires found in most common chokes. It also exhibit accurate current matching capability over a broad range of inductance value.

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CM1210A Series



Can-Bus Common Mode Chokes

Laird's Can-Bus Common Mode Choke is a Wire Wound SMT construction with robust design, it allows choke to perform at –40 to +125°C temperature range and meet automotive quality requirements. High reliability and stable performance under severe and harsh operating environments.

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CM1812A Series



Can-Bus Common Mode Chokes

Laird's Can-Bus Common Mode Choke is a Wire Wound SMT construction with robust design, it allows choke to perform at –40 to +125°C temperature range and meet automotive quality requirements. High reliability and stable performance under severe and harsh operating environments.

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CM1210B Series



Can-Bus Common Mode Chokes

Laird's Can-Bus Common Mode Choke is a Wire Wound SMT construction with robust design, it allows choke to perform at –55 to +150°C temperature range and meet automotive quality requirements. High reliability and stable performance under severe and harsh operating environments.

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CM1210C Series



Can-Bus Common Mode Chokes

Laird's Can-Bus Common Mode Choke is a Wire Wound SMT construction with robust design, it allows choke to perform at –55 to +150°C temperature range and meet automotive quality requirements. High reliability and stable performance under severe and harsh operating environments.

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CM1812B Series



Can-Bus Common Mode Chokes

Laird's Can-Bus Common Mode Choke is a Wire Wound SMT construction with robust design, it allows choke to perform at –55 to +150°C temperature range and meet automotive quality requirements. High reliability and stable performance under severe and harsh operating environments.

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CF0504 Series



High Speed Serial Interface Common Mode Chokes

Laird Multilayer type and small size common mode choke can be applied on high-speed differential signal interfaces such as HDMI, USB3.0 and DisplayPort with excellent EMI Noise suppression at wide frequency range,. By using these parts on the data lines (D+ and D-), they will suppress common mode noise without affecting the integrity of the differential signal.

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CF0805 Series



High Speed Serial Interface Common Mode Chokes

Laird Multilayer type and small size common mode choke can be applied on high-speed differential signal interfaces such as HDMI, USB3.0 and DisplayPort with excellent EMI Noise suppression at wide frequency range,. By using these parts on the data lines (D+ and D-), they will suppress common mode noise without affecting the integrity of the differential signal.

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CH0805 Series



High Speed Serial Interface Common Mode Chokes

Laird Wire Wound Type Broadband common mode filter can be applied on Gbps-level high-speed differential signal interfaces (cut off frequency up to 6GHz) such as HDMI, USB3.0. By using these parts on the data lines (D+ and D-), they will suppress common mode noise without affecting the integrity of the differential signal.

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CM0805 Series



High Speed Serial Interface Common Mode Chokes

Laird Wire Wound type common mode choke provide an excellent common mode filter characteristic at wide frequency range. Impedance for common mode noise can clear 600 Ohm [100MHz], and has good EMC suppression.

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CM1206 Series



High Speed Serial Interface Common Mode Chokes

Laird Wire Wound type common mode choke provide an excellent common mode filter characteristic at wide frequency range. Impedance for common mode noise can clear 600 Ohm [100MHz], and has good EMC suppression.

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CM2824 Series



Low Frequency Common Mode Chokes

Laird chokes exhibit superior impedance performance well into the 100 kHz range and below. The internal construction of these chokes are of the wound toroidal fashion. They use a large number of cable pairs twisted or non-twisted. This configuration reduces RFI and cross talk associated with balanced wires found in most common chokes. With typical peak impedances ranging from 2 kohms to 13 kohms in the frequency ranges of 18 to 80 MHz these parts are prefect for suppressing noisy common mode signal lines.

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CM1812 Series



Low Frequency Common Mode Chokes

Laird chokes exhibit superior impedance performance well into the 100 kHz range and below. The internal construction of these chokes are of the wound toroidal fashion. They use a large number of cable pairs twisted or non-twisted. This configuration reduces RFI and cross talk associated with balanced wires found in most common chokes. With typical peak impedances ranging from 2 kohms to 13 kohms in the frequency ranges of 18 to 80 MHz these parts are prefect for suppressing noisy common mode signal lines.

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CM6050 Series



Miniaturized Broadband Power Line Common Mode Choke with DM suppression capability

laird's broadband frequency power line common mode choke is a wire wound SMT structure with robust design, can achieve large current up to 5.6A. Impedance up to 500ohm (at 10mhz) which enables excellent noise suppression result. Also it can withstand severe and harsh operating environments with substantial normal mode noise suppression capability.

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CM2545 Series



Power Line Common Mode Arrays For High Frequency

Laird's high current CM chokes Array provide small form factor high performance and economical power filtering for common mode noise in applications up to 10 amps. Multi-line surface mount filters provide EMI suppression for groups of conductors like power traces and high-speed data lines. Effective filtering into the GHz range

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CM4545 Series



Power Line Common Mode Arrays For High Frequency

Laird's high current CM chokes Array provide small form factor high performance and economical power filtering for common mode noise in applications up to 10 amps. Multi-line surface mount filters provide EMI suppression for groups of conductors like power traces and high-speed data lines. Effective filtering into the GHz range

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CM2722 Series



Power Line Common Mode Arrays For High Frequency

Laird's high current CM chokes Array provide small form factor high performance and economical power filtering for common mode noise in applications up to 5 amps. Multi-line surface mount filters provide EMI suppression for groups of conductors like power traces and high-speed data lines. Effective filtering into the GHz range

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CM3822 Series



Power Line Common Mode Arrays For High Frequency

Laird's high current CM chokes Array provide small form factor high performance and economical power filtering for common mode noise in applications up to 5 amps. Multi-line surface mount filters provide EMI suppression for groups of conductors like power traces and high-speed data lines. Effective filtering into the GHz range

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CM5022 Series



Power Line Common Mode Arrays For High Frequency

Laird's high current CM chokes Array provide small form factor high performance and economical power filtering for common mode noise in applications up to 5 amps. Multi-line surface mount filters provide EMI suppression for groups of conductors like power traces and high-speed data lines. Effective filtering into the GHz range

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CM3032 Series



Power Line Common Mode Arrays For High Frequency

Laird's high current CM chokes Array provide small form factor high performance and economical power filtering for common mode noise in applications up to 8 amps. Multi-line surface mount filters provide EMI suppression for groups of conductors like power traces and high-speed data lines. Effective filtering into the GHz range

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CM4732 Series



Power Line Common Mode Arrays For High Frequency

Laird's high current CM chokes Array provide small form factor high performance and economical power filtering for common mode noise in applications up to 8 amps. Multi-line surface mount filters provide EMI suppression for groups of conductors like power traces and high-speed data lines. Effective filtering into the GHz range

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CM6032 Series



Power Line Common Mode Arrays For High Frequency

Laird's high current CM chokes Array provide small form factor high performance and economical power filtering for common mode noise in applications up to 8 amps. Multi-line surface mount filters provide EMI suppression for groups of conductors like power traces and high-speed data lines. Effective filtering into the GHz range

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CM2021 Series



Power Line Common Mode Chokes For High Frequency

Laird's high current CM chokes provide small form factor high performance and economical power filtering for common mode noise in applications up to 15 amps. Multi-line surface mount filters provide EMI suppression for groups of conductors like power traces and high-speed data lines. Effective filtering into the GHz range

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CM3440 Series



Power Line Common Mode Chokes For High Frequency

Laird's high current CM chokes provide small form factor high performance and economical power filtering for common mode noise in applications up to 20 amps. Multi-line surface mount filters provide EMI suppression for groups of conductors like power traces and high-speed data lines. Effective filtering into the GHz range

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CM4440 Series



Power Line Common Mode Chokes For High Frequency

Laird's high current CM chokes provide small form factor high performance and economical power filtering for common mode noise in applications up to 20 amps. Multi-line surface mount filters provide EMI suppression for groups of conductors like power traces and high-speed data lines. Effective filtering into the GHz range

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CM5740 Series



Power Line Common Mode Chokes For High Frequency

Laird's high current CM chokes provide small form factor high performance and economical power filtering for common mode noise in applications up to 20 amps. Multi-line surface mount filters provide EMI suppression for groups of conductors like power traces and high-speed data lines. Effective filtering into the GHz range

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CM3421 Series



Power Line Common Mode Chokes For High Frequency

Laird's high current CM chokes provide small form factor high performance and economical power filtering for common mode noise in applications up to 60 amps. Multi-line surface mount filters provide EMI suppression for groups of conductors like power traces and high-speed data lines. Effective filtering into the GHz range

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CM5441 Series



Power Line Common Mode Chokes For High Frequency

Laird's ultra high current CM chokes provide small form factor high performance and economical power filtering for common mode noise in applications up to 60 amps. Multi-line surface mount filters provide EMI suppression for groups of conductors like power traces and high-speed data lines. Effective filtering into the GHz range

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CM8663 Series



Power Line Common Mode Chokes For High Frequency

Laird's ultra high current CM chokes provide small form factor high performance and economical power filtering for common mode noise in applications up to 65 amps. Multi-line surface mount filters provide EMI suppression for groups of conductors like power traces and high-speed data lines. Effective filtering into the GHz range

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CMX1616 Series



Wire-Wound DIP Power Common Mode Chokes

Increased focus on EMI filtering on high power devices, and also concerning on the size of device, made it necessary for Wire - Wound SMT Power Common Mode Choke that provide lower losses and can handle higher power capability with extremely smaller and less height. Stable performance and high Suppression of asymmetric interference at both low and high frequency.

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CMX1211 Series



Wire-Wound SMT Power Common Mode Chokes

Increased focus on EMI filtering on high power devices, and also concerning on the size of device, made it necessary for Wire - Wound SMT Power Common Mode Choke that provide lower losses and can handle higher power capability with extremely smaller and less height. Stable performance and high Suppression of asymmetric interference at both low and high frequency.

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CM7060 Series



Wire-Wound SMT Power Common Mode Chokes

Laird CM7060 series common mode chokes offer an effective and reliable approach to improve EMI noise suppression performance for power lines. High current and low Height with high reliability, and exhibit excellent common mode impedance and noise suppression with a compact size.

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28C0236 Series



Axial Lead Ferrite Bead

Our cylindrical ferrite beads on wire block the emission of radio waves from the cords and cables, maximizing power efficiency. The small, lightweight designs can isolate and converts the energy into heat, creating impedance over a broad frequency range while maintaining a low-cost, streamlined system that won’t compromise your overall design or destroy other surface mount devices.

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28L0138 Series



Axial Lead Ferrite Bead

Our cylindrical ferrite beads on wire block the emission of radio waves from the cords and cables, maximizing power efficiency. The small, lightweight designs can isolate and converts the energy into heat, creating impedance over a broad frequency range while maintaining a low-cost, streamlined system that won’t compromise your overall design or destroy other surface mount devices.

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28F Series



SMT Ferrite Bead Assembly

Laird's 28F Series ferrite bead on wire products provide economical EMI filtering of differential mode noise in surface mount applications. They are designed to provide high frequency suppression of differential mode EMI noise on groups of data/power lines. It is rated up to 10 amperes per filtered channel. Their rugged construction provides superior protection against transient events as well as much higher peak current handling capability than other EMI suppression devices.

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35F Series



SMT Ferrite Bead Assembly

Laird's 35F Series ferrite bead on wire products provide economical EMI filtering of differential mode noise in surface mount applications. They are designed to provide low frequency suppression of differential mode EMI noise on groups of data/power lines. It is rated up to 10 amperes per filtered channel. Their rugged construction provides superior protection against transient events as well as much higher peak current handling capability than other EMI suppression devices.

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Cylindrical Cores



Cylindrical Cores Series

Explore Solutions

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Ribbon Cores



Ribbon Cores Series

Explore Solutions

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Split Snap-on Core



Split / Snap-on Core Series

Closeable split ferrite cores for superior differential and common mode EMI suppression

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0402 Series



Ferrite Chip Beads

The two-terminal surface mount ferrite chip beads provide a compact, cost-effective EMI filtering solution for densely packed designs, the small size enabling placement within a fraction of an inch of a troublesome high frequency device. The construction produces rugged components with impedance and frequency characteristics superior to those of similar products.

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0805 Series



Ferrite Chip Beads

The two-terminal surface mount ferrite chip beads provide a compact, cost-effective EMI filtering solution for densely packed designs, the small size enabling placement within a fraction of an inch of a troublesome high frequency device. The construction produces rugged components with impedance and frequency characteristics superior to those of similar products.

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0603 Series



Ferrite Chip Beads

The two-terminal surface mount ferrite chip beads provide a compact, cost-effective EMI filtering solution for densely packed designs, the small size enabling placement within a fraction of an inch of a troublesome high frequency device. The construction produces rugged components with impedance and frequency characteristics superior to those of similar products.

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1206 Series



Ferrite Chip Beads

The two-terminal surface mount ferrite chip beads provide a compact, cost-effective EMI filtering solution for densely packed designs, the small size enabling placement within a fraction of an inch of a troublesome high frequency device. The construction produces rugged components with impedance and frequency characteristics superior to those of similar products.

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2220 Series



Ferrite Chip Beads

The two-terminal surface mount ferrite chip beads provide a compact, cost-effective EMI filtering solution for densely packed designs. Our proprietary construction produces rugged components with impedance and frequency characteristics superior to those of similar products for noise suppression of power line and signal lines

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3312 Series



Ferrite Chip Beads

The two-terminal surface mount ferrite chip beads provide a compact, cost-effective EMI filtering solution for densely packed designs. Our proprietary construction produces rugged components with impedance and frequency characteristics superior to those of similar products for noise suppression of power line and signal lines

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1812 Series



Ferrite Chip Beads

The two-terminal surface mount ferrite chip beads provide a compact, cost-effective EMI filtering solution for densely packed designs. The construction produces rugged components with impedance and frequency characteristics superior to those of similar products for noise suppression of power line and signal lines

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1806 Series



Ferrite Chip Beads

The two-terminal surface mount ferrite chip beads provide a compact, cost-effective EMI filtering solution for densely packed designs. The construction produces rugged components with impedance and frequency characteristics superior to those of similar products for noise suppression of power line and signal lines

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1612 Series



Ferrite Chip Beads

The two-terminal surface mount ferrite chip beads provide a compact, cost-effective EMI filtering solution for densely packed designs. The construction produces rugged components with impedance and frequency characteristics superior to those of similar products for noise suppression of power line and signal lines

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1210 Series



Ferrite Chip Beads

The two-terminal surface mount ferrite chip beads provide a compact, cost-effective EMI filtering solution for densely packed designs. The construction produces rugged components with impedance and frequency characteristics superior to those of similar products for noise suppression of power line and signal lines

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29F Series


Home - Products - EMC Components and Ferrite Cores - Ferrite Differential Arrays

Ferrite Differential Mode Arrays

laird's line of ferrite arrays provide an economical solution to EMI filtering of differential mode noise in surface mount and through-hole printed circuit boards applications at high frequency range.Their unique and rugged construction provides superior protection against transient occurrences. What’s more, they can withstand a much higher peak current than any other EMI suppression devices on the market.

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MM Series


Home - Products - EMC Components and Ferrite Cores - Ferrite Plates and Disks

Ferrite Disks

Laird Ferrite Disks are engineered performance materials that provide a simple, cost-effective solution for radiated and inductively-coupled electromagnetic interference. After the PC board soldering process, a ferrite disk or plate can be installed directly on the source of stray EMI (such as active devices or unwanted antennas).

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HM Series


Home - Products - EMC Components and Ferrite Cores - Ferrite Plates and Disks

Ferrite Disks

Laird Ferrite Disks are engineered performance materials that provide a simple, cost-effective solution for radiated and inductively-coupled electromagnetic interference. Also act as a shielding material to concentrate and direct magnetic flux between the TX and RX to ensure high power transmission efficiency achieved

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33P Series


Home - Products - EMC Components and Ferrite Cores - Ferrite Plates and Disks

Ferrite Plates

laird Ferrite plates act as an effective shielding material to concentrate and direct magnetic flux between the transmitter and receiver device to ensure high power transmission efficiency achieved.

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MP Series


Home - Products - EMC Components and Ferrite Cores - Ferrite Plates and Disks

Ferrite Plates

Laird Ferrite Plates are engineered performance materials that provide a simple, cost-effective solution for radiated and inductively-coupled electromagnetic interference. Also act as a shielding material to concentrate and direct magnetic flux between the TX and RX to ensure high power transmission efficiency achieved

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HP Series


Home - Products - EMC Components and Ferrite Cores - Ferrite Plates and Disks

Ferrite Plates

Laird Ferrite Plates are engineered performance materials that provide a simple, cost-effective solution for radiated and inductively-coupled electromagnetic interference. Also act as a shielding material to concentrate and direct magnetic flux between the TX and RX to ensure high power transmission efficiency achieved

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29D Series


Home - Products - EMC Components and Ferrite Cores - Ferrite Plates and Disks

Multi - Holes Ferrite Plates

Low profile ferrite components used for connector assemblies and board connector leads to suppress EMI Noise.

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28M Series



Ferrite Rods

Standard 28 material optimized for superior EMI suppression. Open magnetic structure of the core can bear large DC bias before saturate.

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MHLL Series



Ferrite Sheets

laird Ferrite Sheets composed of NiZn to provide high-volume resistance over a broad frequency range, our ferrite sheets suppress EMI while being an innovative approach to operating performance. Correctly managing magnetic flux improves the overall energy and data transfer in NFC, RFID, and Wireless Power systems, so you can concur a more efficient communication range.

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MULL Series



Ferrite Sheets

laird Ferrite Sheets composed of NiZn to provide high-volume resistance over a broad frequency range, our ferrite sheets suppress EMI while being an innovative approach to operating performance. Correctly managing magnetic flux improves the overall energy and data transfer in NFC, RFID, and Wireless Power systems, so you can concur a more efficient communication range.

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MSLL Series



Ferrite Sheets

laird Ferrite Sheets composed of NiZn to provide high-volume resistance over a broad frequency range, our ferrite sheets suppress EMI while being an innovative approach to operating performance. Correctly managing magnetic flux improves the overall energy and data transfer in NFC, RFID, and Wireless Power systems, so you can concur a more efficient communication range.

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Balun Cores (all Series)


Home - Products - EMC Components and Ferrite Cores - Ferrite Toroids and Balun Cores

Ferrite Balun Cores

Two-hole ""balun"" cores used for single and dual broadband transformer cores with stable perofamcne and high repliability. Also an excellent material for common-mode and differential-mode EMI suppression filter

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Toroid Cores (all Series)


Home - Products - EMC Components and Ferrite Cores - Ferrite Toroids and Balun Cores

Ferrite Toroid Cores

High performance when wound and used as cores for transformers inductors or chokes. Various materials and core sizes allow performance to be optimized for application size and frequency

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Kzorb Hybrid Dielectric Absorber



Hybrid Dielectric/Absorber System

Kzorb is a hybrid family of products consisting of a flexible dielectric silicone layer and a flexible microwave absorbing layer. This system provides RF and microwave insulation combined with RF and microwave absorbing function. The dielectric layer provides the spacing required to minimize absorber affects at the surface level and provides electrical insulation.

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CoolZorb 200



Hybrid Thermal/EMI Absorber

CoolZorb 200 is a hybrid absorber/thermal management material that is used for EMI mitigation and heat dissipation. It is used like a traditional thermal interface material between a heat source such as an IC and a heat sink or other heat transfer device or metal chassis. CoolZorb 200 also functions to suppress unwanted energy coupling, resonances or surface currents causing board level EMI issues.

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CoolZorb 400



Hybrid Thermal/EMI Absorber

CoolZorb 400 is a hybrid absorber/thermal management material that is used for EMI mitigation and heat dissipation. It is used like a traditional thermal interface material between a heat source, such as an IC, and a heat sink or other heat transfer device or metal chassis. CoolZorb 400 also functions to suppress unwanted energy coupling, resonances or surface currents causing board level EMI issues.

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CoolZorb 500



Hybrid Thermal/EMI Absorber

CoolZorb 500 is a 2nd generation hybrid absorber/thermal management material that is used for EMI mitigation. The product is used like a traditional thermal interface material between a heat source such as an IC and a heat sink or other heat transfer device or metal chassis. CoolZorb 500 also functions to suppress unwanted energy coupling, resonances or surface currents which cause board level EMI issues.

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CoolZorb 600



Hybrid Thermal/EMI Absorber

CoolZorb 600 is a 2nd generation hybrid absorber/thermal management material that is used for EMI mitigation. This product is used like a traditional thermal interface material between a heat source such as an IC and a heat sink or other heat transfer device or metal chassis. CoolZorb 600 also functions to suppress unwanted energy coupling, resonances or surface currents causing board level EMI issues.

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CoolZorb HD500



Hybrid Thermal/EMI Absorber

CoolZorb HD500 is a High Deflection version of the CoolZorb 500 hybrid electromagnetic absorber and thermal interface material. The product is used like a traditional thermal interface material between a heat source such as an IC and a heat sink or other heat transfer device or metal chassis. CoolZorb HD560 also functions to suppress unwanted energy coupling, resonances or surface currents which cause board level EMI issues. The high deflection property reduces mechanical stresses of the application, specifically targeting next gen high performance IC to avoid cracks or pin breaks.

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CoolZorb-Ultra



Hybrid Thermal/EMI Absorber

CoolZorb-Ultra series is a higher performance and silicone free hybrid absorber/thermal management material with ultra-high thermal conductivity of 11.5W/m.K. CoolZorb-Ultra is designed to be used like a traditional thermal interface material between heat source such as a high-power IC and heat sink or other heat transfer device or metal chassis. CoolZorb-Ultra also functions to suppress unwanted energy coupling, resonances or surface currents causing board level EMI issues.

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GOF3000



Hybrid Thermal/EMI Gasket

Laird’s electrically conductive Graphite-over-Foam, GOF3000 thermal and EMI gasket, provides thermal transfer performance in the form of a traditional wrapped compressible foam gasket, and contains an outside wrap for electrical conductivity. GOF3000 combines the thermal transfer performance of the Tgon 9000 synthetic graphite outside wrap and the repeatable compression and rebound of the foam core. GOF3000 utilizes a silicone foam core for lower compression force and UL V0 flammability rating.

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CoolShield Flex



Thermal and EMI Shielding Film

CoolShield-Flex is a stack-up film of thermal interface materials (TIM), metal foils and conductive pressure sensitive adhesives (CPSA). Used together with board level shielding (BLS) frame, it can perform both thermal transmission and shielding for ICs in electronics devices. Meanwhile, CoolShield-Flex provides lower total thickness comparing with other solutions, which makes it fit for use in all compact space designs such as smartphones, tablets and other consumer electronics.

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GOF1000



Thermal Gasket

Laird’s Graphite?over?Foam (GOF), GOF1000 thermal gasket, provides thermal transfer performance in the form of a traditional wrapped compressible foam gasket. GOF1000 combines the thermal transfer performance of the Tgon 9000 synthetic graphite outside wrap and the repeatable compression and rebound of a foam core. GOF1000 utilizes a polyurethane foam.

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GOF2000



Thermal Gasket

Laird’s Graphite?over?Foam (GOF), GOF2000 thermal gasket, provides thermal transfer performance in the form of a traditional wrapped compressible foam gasket. GOF2000 combines the thermal transfer performance of the Tgon 9000 synthetic graphite outside wrap and the repeatable compression and rebound of a foam core. GOF2000 utilizes Laird LSF series silicone foam allowing for a UL V0 flammability rating.

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ShieldZorb



EMI Shielding/EMI Absorber System

Shieldzorb Solution integrates absorber with board level shielding (BLS) or so-called shielding can to damp cavity resonant, to reduce unwanted coupling of electronic components in the BLS and/or coupling between components in the BLS and nearby RF antennas. At high frequencies, cavity resonant of BLS can cause serious deterioration of its shielding effectiveness at cavity resonant frequency. Unwanted coupling with nearby RF antennas or cross talk within BLS might lead to desensitization of those RF components. Shieldzorb solutions can effectively fix those problems. BLS mentioned here can be stamped/deep draw shielding can or die casting/machined aluminum alloy shielding covers. There are a large variety of absorber options for different frequencies. Fully automated assembly process is available to make high volume production cost effective.

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CoolShield R



EMI Shielding/Thermal Gap Filler System

CoolShield solution integrates thermal products in to board level shielding covers so that they can provide both EMI shielding and heat transmission for ICs on electronics devices. Here, shielding cover can be a piece of stamped metal, a deep draw cover or even a die casting part while thermal product can vary according to application requirement including thermal pad, thermal grease, thermal Gel, phase change material, etc. With unique automation technology developed by Laird Performance, we can ensure a cost-effective assembly.

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HeatsinX



Heatsink/EMI Shielding/Thermal Gap Filler System

HeatsinX solution provides a die-cast, deep drawn, or stamped heatsink that has been enhanced for its design needs with a combination of thermal interface material, CoolZorb, Form-in-Place EMI gaskets, RF absorbers, or EMI shielding solutions. With unique automation technology developed by Laird Performance, we can ensure a cost-effective assembly, leading to a simplified sourcing structure and lower total cost of ownership for out customers.

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Radome Auto



Automotive Radar Radome System

Radome Auto is Laird's two shot injection molded radome for automotive market. Tight tolerances for the thickness of the radome over the antenna and the ability to measure the dielectric constant of each batch allows for the assurance of signal performance in application from a tuned radome. The addition of an RF absorber side skirt reduces backlobes and sidelobes with no impact on antenna gain.

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Radome5 LS



Low Dielectric Constant Structural Radome

Radome5 LS provides a low dielectric constant, low loss, and low weight radome for outdoor applications with strong impact resistance and high tensile strength. Radome5 LS incorporates an ultra low dielectric constant outer surface to enhance antenna signal performance and provide better impact resistance. The low dielectric constant outer incident surface allows for less signal strength loss as the signal enters the material compared to an overall low dK material with a higher dielectric constant outer surface.

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Radome5 TP



Low Dielectric Constant Structural Radome

Radome5 TP provides a low dielectric constant, low loss, and low weight radome for outdoor and indoor applications with strong impact resistance and high tensile strength. Radome5 TP is a thermoplastic that can be thermoformed into complex curves to fit device application and aesthetic needs. Radome5 TP can be painted to meet customer required color needs. This provides an ideal radome material for 5G indoor antenna and router devices.

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Radome5 Unity



Low Dielectric Constant Structural Radome

Radome5 Unity provides a low dielectric constant, low loss, and low weight radome for outdoor applications with strong impact resistance and high tensile strength. Radome5 Unity is a homogeneous dielectric constant material providing a uniform dielectric constant through its width. This allows for a low dielectric constant at the initial incident surface for increased signal pass through strength and better signal performance at off angles.

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Tex Sense



Fexible Hands On Detection Sensor

Tex Sense is a hands on detection sensor specifically for use on steering wheels, which can incorporate heating if desired. The extremely flexible fabric used in the construction of the sensor allows for easier wrapping and stretching over of the steering wheel during automotive assembly process compared to competing technologies.

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Tex Switch



Flexible Capacitive Sensor

Flexible pressure sensor for use as pressure switch based on Laird's selectively plated conductive fabric. Due to the use of a flexible and durable conductive fabric, Tex Switch is ideal for smart floor mats or passenger seats as occupancy sensors.

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Tex Heat



Flexible Heating Element

Laird has developed and tested the ability to use our selectively plated conductive fabric as an effective heating element in smart garments and medical devices with even heating across the surface. The selective pattern fabrics offer high flexibility and durability for comfort on wearable devices and a cost efficient manufacturing method with reel to reel plated rolls in continuous high volume production.

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Tputty 508


Home - Products - Thermal Interface Materials - Dispensable Gap Fillers

One Part Liquid Dispensable Gap Filler

Laird Tputty 508 is a single part dispensable material designed with automation and vertical stability in mind. Laird has leveraged its knowledge of thermally conductive fillers and resin systems to develop a single part dispensable that demonstrates reliability in a variety of application orientations. Tputty 508 is ideal for applications that can benefit from automation, and allows minimization of SKUs in applications with gap variability. In addition to providing application flexibility and variable gap adaptation, Tputty 508 will exert minimum stress on your component while maintaining interface contact to maximize thermal transfer. Combined with Laird’s global technical support and global footprint, deploying Tputty 508 is easier than ever. When it is time to integrate Tputty 508 into your production environment Laird can work with your existing dispensing partner or provide recommendations for a dispensing equipment provider.

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Tputty 607


Home - Products - Thermal Interface Materials - Dispensable Gap Fillers

One Part Liquid Dispensable Gap Filler

Laird Tputty 607 is a high thermally conductive single part dispensable material designed with automation and vertical stability in mind. Laird has leveraged its knowledge of thermally conductive fillers and resin systems to develop a single part dispensable that demonstrates reliability in a variety of application orientations. Tputty 607 is ideal for applications that can benefit from automation; and allows minimization of SKUs in applications with gap variability. In addition to providing application flexibility and variable gap adaptation, Tputty 607 will exert minimal stress on your component while maintaining interface contact to maximize thermal transfer. Combined with Laird’s global technical support and global footprint, deploying Tputty 607 is easier than ever.

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Tputty 403


Home - Products - Thermal Interface Materials - Dispensable Gap Fillers

One Part Liquid Dispensable Gap Filler

Tputty 403 is a single-part silicone-based thermal gap filler that is soft and low abrasion. Tputty 403 is ideal for applications where large or uneven gap tolerances are present. The soft and compliant nature of this material allows for the transfer of little to no pressure on mating parts. Tputty 403 provides excellent thermal performance and compliance.

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Tflex CR350


Home - Products - Thermal Interface Materials - Dispensable Gap Fillers

Two Part Liquid Dispensable Gap Filler

Tflex CR350 is a soft, compliant, high thermal conductivity, two-part dispensable gap filler providing a low thermal resistance and high reliability. This dispensable gap filler minimizes stress on components during assembly while providing the reliability of a traditional thermal pad. Tflex CR350 is ideal for application where large gap tolerances are present, meeting vertical shock and vibe requirements, typical of the automotive industry. The 1:1 mix is easily dispensable through a wide variety of off the shelve dispensing equipment. It is an A+B putty material that cures in place after dispensing and mixing to perfectly fill the gap. The experts at Laird can help design the system that is right for you

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Tgon 800



Electrically Condutive Graphite Gap Filler

Used where electrical isolation is not required, Tgon 800 is ideal for where electrical contact and thermal transfer are desired. Its unique grain-oriented, plate-like structure provides a high thermal conductivity of 240 W/mK in the XY plane and 5 W/mK through the z-axis. Tgon 800 can be supplied in 12" x 18" (305mm x 457mm) or 18" x 24" (457mm x 610mm) sheets, rolls or die-cut to specific configurations. It is also available with proprietary pressure sensitive adhesive on one side. This adhesive coating is the thinnest available, minimizing any impact on thermal performance.

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Tflex P300



Polyimide lined Gap Filler

Laird Tflex® P300 is a soft and compliant gap filler with an integrated polyimide liner. Laird has leveraged its vast experience and knowledge in the development of thermally conductive materials to develop a soft and compliant gap filler that minimizes contact resistance and board level stresses. In conjunction with these key traits Laird understands that not all applications are the same. As a result, Tflex P300 comes with a unique and integrated polyimide film on one side. This liner provides numerous application benefits like electrical isolation, placement ease during assembly, and tear resistance for applications that require shear.

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Tflex 50000



Silicone based Thermal Gap Filler

Compliant 2.8 W/mK Thermally Conductive Gap Filler Tflex 50000 is a compliant elastomer gap filler designed to provide excellent thermalperformance while remaining cost effective. This soft interface pad conforms well withminimal pressure, resulting in little or no stress on mating parts. Tflex 50000's uniquesilicone and filler combination has extremely low silicone extractables compared to manyother silicone interface products. Tflex 50000 meets NASA outgassing specification. Tflex 50000 is naturally tacky, no adhesive coating is required. Tflex 50000 is electricallyinsulating, stable from -50ºC to 200ºC and is certified to UL 94V0 flammability rating.

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Tputty 502



Silicone based Thermal Gap Filler

Creates Compression Of Interface Material Tputty 502 is the best material for applications where large tolerance differences create the need for compression of the interface material beyond 50% of its original thickness. Tputty 502 will flow and ensure low pressures on the components being cooled. In conjunction with outstanding compression characteristics, Tputty 502 has a high thermal conductivity, resulting in very low thermal resistance. Tputty 502 is naturally tacky and requires no additional adhesive coating that can inhibit thermal performance. Bulk: Tputty 502 is available in bulk form in the following sizes: 100 cc Jar 500 cc Jar 1000 cc Jar Consult the factory for alternate bulk sizes. Standard Sheet Sizes 9 x 9 (229mm x 229mm) and 18 x 18 (457mm x 457mm). 9 x 9 only over 0.100 thickness Tputty 502 is available in individual die cut shapes. Pressure sensitive adhesive is not applicable for Tputty products. Reinforcement Tputty 502 sheets are reinforced on both sides with fiberglass. Data for design engineer guidance only. Observed performance varies in application. Engineers are reminded to test the material in application.

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Tflex 600



Silicone based Thermal Gap Filler

EXCEPTIONALLY SOFT, HIGHLY COMPLIANT GAP FILLER Tflex 600 is an exceptionally soft, highly compliant gap filling interface pad with a thermal conductivity of 3 W/mK. These outstanding properties are the result of a proprietary boron nitride filler in the composition. The high conductivity, in combination with extreme softness produces incredibly low thermal resistances. Tflex 600 is naturally tacky and requires no additional adhesive coating that can inhibit thermal performance. Tflex 600 is stable from -45°C to 200°C and meets UL 94 V0 rating. STANDARD THICKNESSES 0.020 to 0.200-inch (0.5 to 5.0mm) 0.020 to 0.200-inch thick material available in 0.010-inch (0.25mm) increments Inquire about availability of material and options above 0.200-inches STANDARD SHEET SIZES 9 x 9 inch (229 x 229mm). 18 x 18 inch (457 x 457mm). 9 x 9 inch only over 0.100 inch thickness. TflexTM 600 can be die cut to individual shapes. Pressure sensitive adhesive is not applicable for TflexTM 600 products. TACKY ONE SIDE ONLY Tflex 600 is naturally tacky on both sides. Tflex 600 can be provided tacky on one side only. This is indicated by the suffix DC. This option offers good separation properties allowing the tacky side to stick to the heatsink/chasis/cold plate/etc. and the other dry side to release easily from the component(s). REINFORCEMENT Fiberglass is required in 0.020 inch (0.51mm) and 0.030 inch (0.76mm). Thicknesses of 0.040 inch (1.02mm) and above do not require reinforcement. Data for design engineer guidance only. Observed performance varies in application. Engineers are reminded to test the material in application.

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Tflex HD300



Silicone based Thermal Gap Filler

Laird Tflex HD300 is a 2.7 W/mK gap filling material in our high deflection line of products. Tflex HD300 is an excellent choice when wide manufacturing tolerances occur. These variable gaps can be filled with Tflex HD300 while generating minimal board and component stress. Laird's unique manufacturing capabilities, filler and resin knowledge result in this unique product designed with customer applications in mind. Tflex HD300 is provided in thickness from .5mm (.020"") up to 5mm (.200"") in .5mm (.020"") increments as standard. Non-standard increments of .25mm (.010"") are available if required, please contact Laird for information and pricing. In addition, Laird can provide Tflex HD300 in multiple converted formats through approved converters and distribution networks. Also, if your application requires, we can deliver sheets of material as large as 460mm (18"") X 460mm (18"").

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Tflex HR400



Silicone based Thermal Gap Filler

MID-PERFORMANCE GAP FILLER WITH 1.8 W/MK Tflex HR400 is a cost-effective and compliant gap filler thermal interface material with excellent thermal performance and great handling for mass-production applications. The low modulus interface pad conforms to component topography resulting in little stress on the components mating chassis or parts. The softness relieves mechanical stress from high stack-up tolerance and absorbs shock resulting in improved device reliability. Tflex HR400's recovery properties for applications requiring material rework result in continued mechanical integrity even after device rework and re-assembly. Tflex HR400 is naturally tacky on both sides and requires no additional adhesive coating to inhibit thermal performance. The tack is designed to hold the pad in place during assembly and component transport. Tflex HR400 is electrically insulating stable from -50?C thru 160?C and meets UL 94V0 flame rating. STANDARD THICKNESSES Standard thickness is 0.020-inch (0.5 mm) through 0.400-inch (10.2 mm) and available in 0.010-inch increments. Please contact Laird Technologies for availability of thicknesses above 0.200-inch. OPTIONS Fiberglass is standard in 0.020-inch and 0.030-inch thicknesses to aid in handling and is designated by the suffix œ-FG. Material is standard with both sides tacky; the -DC1 suffix indicates only one side is tacky. MATERIAL NAME AND THICKNESS Tflex indicates Laird Technologies elastomeric thermal gap filler product line. HR4XXX indicates Tflex HR400 product line with thickness in mils (0.001-inches); -DC1 indicates only one side tacky; -FG indicates fiberglass reinforcement. Data for design engineer guidance only. Observed performance varies in application. Engineers are reminded to test the material in application.

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Tflex HR600



Silicone based Thermal Gap Filler

Mid-Performance Gap Filler with 3 W/mKTflex HR600 is a cost-effective and compliant gap filler thermal interface material withexcellent thermal performance and great handling for mass-production applications. The low modulus interface pad conforms to component topography, resulting in little stresson the components, mating chassis or parts. The softness relieves mechanical stress fromhigh stack-up tolerance and absorbs shock, resulting in improved device reliability. TflexHR600s recovery properties for applications requiring material rework result in continuedmechanical integrity even after device rework and re-assembly. Tflex HR600 is naturally tacky on both sides and requires no additional adhesive coating toinhibit thermal performance. The tack is designed to hold the pad in place duringassembly and component transport. Tflex HR600 is electrically insulating, stable from -45ºC thru 200ºC, and meets UL 94V0flame rating. Standard Thicknesses 0.010-inch to 0.200-inch (0.25 to 5.0 mm) 0.010-inch and 0.015-inch thick materials come standard with fiberglass reinforcement designated by the suffix œFG Options Proprietary DC1 option available to eliminate tack from one side to aid in handling. Material Name and Thickness Tflex indicates elastomeric gap filler product line HR6xxx indicates high recovery ˜6 series 3 W/mK material FG desginates Fiberglass (available in 0.010 and 0.015-inch thickness only) DC1 designates proprietary option eliminating tack from one side Examples Tflex HR6120 = 0.120-inch thick material Tflex HR610FG = 0.010-inch thick material with fiberglass reinforecement Tflex HR6120-DC1 = 0.120-inch thick material with proprietary DC1 option

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Tflex 300



Silicone based Thermal Gap Filler

Tflex 300, at pressures of 50psi, will deflect to over 50% the original thickness. This high rate of compliancy allows the material to totally blanket the component, enhancingthermal transfer. The material has a very low compression set enabling the pad to be reusedmany times. Tflex 300, in achieving its stellar compliancy, does not sacrifice thermal performance.With a thermal conductivity of 1.2 W/mK, low thermal resistances can be achieved at lowpressures. Tflex 300-H is offered with a hard, metallized liner option for easy handling and improvedrework. The metallized liner lower coefficient of friction also allows for easy assembly ofparts that must slide together, such as a card into a chassis.

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Tflex 700



Silicone based Thermal Gap Filler

Tflex 700 is a 5 W/mK soft gap filler thermal interface material with great thermal performance and high compliancy. The soft interface pad conforms to component topography, resulting in little or no stress on the components and mating chassis or parts. Unique silicone and ceramic filler technology allows a combination of high compliancy and high thermal performance. Tflex 700 is stable from -45ºC thru 200ºC and meets UL 94V0 flame rating. Naturally tacky, it requires no additional adhesive coating which inhibits thermal performance. STANDARD THICKNESSES Standard thickness 0.020"" (0.5mm) through 0.200"" (5.0mm) available in 0.010"" (0.25mm) increments. MATERIAL NAME AND THICKNESS Tflex - indicates elastomeric gap filler product line. 7XXX - indicates Tflex 700 product line and thickness in mils (0.001-inches). -DC1 - one side tacky; default is both sides tacky. Data for design engineer guidance only. Observed performance varies in application. Engineers are reminded to test the material in application.

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Tflex B200



Silicone based Thermal Gap Filler

Tflex B200 is a reliable, compliant thermal interface material offering good thermal performance and easier handling and features a range of multiple surface and enforcement options for a variety of applications. This gap fillers low modulus interface and softness relieves mechanical stress. It properly fills gaps, with tolerance to reduce thermal resistance. Tflex B200 helps absorb shock, resulting in improved device reliability over the long term. It has high dielectric insulation which works to protect against dielectric breakdown in or between devices. Tflex B200 as a standard product is naturally tacky on both sides and requires no additional adhesive coating to inhibit thermal performance. The tack is designed to hold the pad in place during assembly and transport. Tflex B200MFG, an option featuring fiberglass in the middle, has strong tensile and both sides exhibit tackiness properties. This helps prevent deforming during manual or automated assembly. Tflex B200FG, a second option, has fiberglass enforcement located near one side. It offers a side difference, a higher deflection than the B200MFG option, and provides protection close to one side.

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Tflex HD700



Silicone based Thermal Gap Filler

Tflex HD700 combines 5 W/mK thermal conductivity with superior pressure versus deflection characteristics. The combination will allow minimal stress on components while also yielding low thermal resistance. As a result, less mechanical and thermal stresses will be experienced within your device. Tflex HD700 is available in thickness from 0.5mm (0.020"") to 5mm (0.200""). Laird can provide material to meet your production needs in any region through our local production facilities. Please contact your local Laird sales or field engineering contact for samples or questions.

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Tflex HD80000



Silicone based Thermal Gap Filler

Tflex HD80000 combines 6.0 W/mK thermal conductivity with superior pressure versus deflection characteristics. The combination will allow minimal stress on components while also yielding low thermal resistance. As a result, less mechanical and thermal stresses will be experienced within your device. The Tflex HD80000 material is extremely soft, but also can be handled and applied manually without the need to add a fiberglass or other reinforcement layer, maintaining the superior thermal performance of the product.

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Tflex HD90000



Silicone based Thermal Gap Filler

Tflex HD90000 combines 7.5 W/mK thermal conductivity with superior pressure versus deflection characteristics. The combination will allow minimal stress on components while also yielding low thermal resistance. As a result, less mechanical and thermal stresses will be experienced within your device. Tflex HD90000 is available in thickness from 0.040"" (1000 µm) to 0.200"" (5000 µm). Laird can provide material to meet your production needs in any region through our local production facilities. Please contact your local Laird sales or field engineering contact for samples or questions.

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Tflex 300TG



Silicone based Thermal Gap Filler

The high rate of compliancy of Tflex 300TG allows the material to totally blanket the component, enhancing thermal transfer. The material has a very low compression set enabling the pad to be reused many times. Tflex 300TG, in achieving its stellar compliancy, does not sacrifice thermal performance. With a thermal conductivity of 1.2 W/mK, low thermal resistance can be achieved at low pressures. A Tgard silicone liner has been added to the Tflex 300TG to offer a guaranteed dielectric barrier. The Tgard is cut-through resistant and provides easier part handling in mass production.

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Tpli 200



Silicone based Thermal Gap Filler

Tpli 200 is an Exceptionally Soft, Highly Compressible Gap Fillerpremium gap filler. Tpli 200's exceptional combination of high thermal conductivity and compliancy generate unmatched thermal resistances in a gap filling interface material. Tpli 200 absorbs shock and relieves stresses, thus minimizing potential damage to components. Tpli 200 is electrically insulating, stable from -45°C to 200°C, and meets UL 94 HB rating

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Tflex SF600



Silicone Free Thermal Gap Filler

Compliant Silicone-Free 3.0 W/mK thermally conductive Gap Filler Tflex SF600 is a high performance silicone-free thermal gap filler with a conductivity of 3.0 W/mK. Tflex SF600 is designed for applications which are silicone sensitive. RoHS compliant. Standard Thickness Standard thickness is 0.010-inch (0.25 mm) through 0.140-inch (3.56 mm) and available in 0.010-inch (0.25 mm) increments. 0.010-inch is only available in custom cut parts (sheet material is not available). MATERIAL NAME AND THICKNESS Tflex indicates Laird Technologies brand thermally conductive elastomeric gap filler product. SF6xx indicates ˜SF600 series 3.0 W/mK material and xxx indicates thickness in mils (0.001-inches) Examples: Tflex SF620 = 0.020-inch thick material

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Tflex SF800



Silicone Free Thermal Gap Filler

HIGHEST THERMAL CONDUCTIVITY SILICONE-FREE GAP FILLER AVAILABLE Tflex SF800 is a high-performance, compliant, silicone free thermal interface material. By coupling extremely high thermal conductivity with exceptional wetting characteristics, Tflex SF800 provides some of the lowest thermal resistance values in the industry. This makes it well-suited for applications where silicone based pads are traditionally used as well as those applications which are silicone sensitive. Tflex SF800 is naturally tacky on both sides requiring no additional adhesive coating, which would inhibit thermal performance. The natural tack allows for the pad to be held in place during assembly. STANDARD THICKNESSES Standard thickness is 0.020-inch (0.50 mm) through 0.16-inch (4.064mm) in 0.010-inch increments MATERIAL NAME AND THICKNESS Tflex indicates Laird Technologies gap filler product line. SF8XXX indicates Tflex SF800 product line with thickness in mils (0.001-inches). EXAMPLES: Tflex SF840 = standard 0.040-inch thick Tflex SF800 material. Data for design engineer guidance only. Observed performance varies in application. Engineers are reminded to test the material in application.

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Tflex SF10



Silicone Free Thermal Gap Filler

Tflex SF10 is an innovative high performing thermal material in Laird’s gap filler portfolio. The silicone free material measures 10 W/mk and has excellent deflection properties which provides minimal pressure on components. Very little pressure is required to reach the lowest possible thermal resistance.

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Tflex P100



Tgard lined Gap Filler

Laird Tflex P100 is a soft and compliant gap filler with an integrated Tgard liner and adds a complementing performance level to the P series product line from Laird. Laird has leveraged its vast experience and knowledge in the development of thermally conductive materials to develop a soft and compliant gap filler that minimizes contact resistance and board level stresses. In conjunction with these key traits Laird understands that not all applications are the same. As a result, Tflex P100 comes with a unique Tgard liner on one side. This liner provides numerous application benefits like electrical isolation, placement ease during assembly, tear resistance for applications that require shear, to name a few. Tflex P100 will be offered in thicknesses that range from .5mm (.020") up to 5mm (.200").

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Slim TIM 10000



Ultra-thin Thermal Gap Filler

Slim TIM 10000 utilizes a unique polymer chosen to maximize system performance. The specially designed polymer package: enables free standing, thin films (no carrier film, e.g., PI, fiberglass) which minimizes contact thermal resistance. Slim TIM has been shown to survives multiple solder reflow operations (Pb-free solder reflow profiles) and also allows for easy rework, requiring minimal force to separate components.

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Tflex UT20000



Ultra-thin Thermal Gap Filler

Ultra-thin gap filler offering great thermal performance and handling. Tflex UT20000 is a specially formulated ultra-thin gap filler thermal interface material designed for thin interfaces that offers excellent thermal performance and high compliancy. It is designed without embedded reinforcing fiberglass to minimize contact resistance, yet still allows easy material handling and durability during assembly. The elastomeric property of Tflex UT20000 provides excellent interfacing and wetting out mating surfaces in thin interface where efficiently transfer heat away from components. It is an ideal choice for low-pressure applications and optimum solution in handheld devices with thin interface gap and limited space requirements. Tflex UT20000 is electrically non-conductive, stable from -40°C thru 200°C and offered in thicknesses that range from 0.008 inches (0.2mm) up to 0.040 inches (1.0mm).

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Tgard K52



Thermally Conductive Insulator

High Thermal and Dielectric Performance Insulator Pad Tgard K52 is a high thermal and dielectric performance insulator pad consisting of a ceramic filled phase change compound coated on MT Kapton film. Tgard K52 phase change coating all but eliminates contact thermal resistance. The phase change coating melts at 52ºC and replaces all contact areas that contain air. TgardTM K52-1 is ideal for applications requiring the best thermal performing insulator material.

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Tgard TNC-4



Thermally Conductive Insulator

Low Cost, Medium Performance Insulator Material In Automotive Electronics Applications Tgard TNC-4 is an electrically insulating, thermally conductive, heat curable adhesive insulator. It consists of a thin electrically insulating PI film coated on both sides with a thermally conductive polymer composite material. It can be used to permanently attach IC or other electronic packages to heatsink.

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Tgard 20



Thermally Conductive Insulator

Low Cost, Medium Performance Insulator Material The Tgard 20 is designed to solve over heating issues such as lower component efficiency, premature component failures, size limitations and other performance problems for today’s computer power supplies. The Tgard 20 is a film-based product designed to resist cut through in sc rew mounting applications while providing a more consistent breakdown voltage over other insulator constructions. The phase change coating on the film core provides an excellent mating surface for low pressure clip mounting applications.

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Tgard 300



Thermally Conductive Insulator

Tgard 300 is a medium thermal performance insulator pad consisting of a ceramic high temperature silcone rubber coated on electrical fiberglass. Tgard 300 is specifically designed for applications that require low component mounting forces. The unique formulation will enhance thermal performance which minimizes thermal resistance at low mounting forces. The uniqe coating formulation offers an excellent mating surface for low pressure clip mounting applications.

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Tgard 5000NT1



Thermally Conductive Insulator

Tgard 5000NT1 is an excellent dielectric material with good thermal performance consisting of polyimide film coated with ceramic-filled, high-temperature silicone rubber. The unique natural tack on one side is specially designed for ease of placement on the component. The inherent tack also enables repositionable after the initial placement and assembly error minimization.

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Tgard 200



Thermally Conductive Insulator

The Tgard 200 is a high performance interface pad. Consisting of a silicone/boron nitride composite, these fiberglass-reinforced pads are used when the lowest thermal resistance and highest dielectric strength are required A high-tear, cut-through and puncture-resistant product, the Tgard 200 is tough and strong. Burrs cause no problems for the material and the pad will not dry out, crack or fail when pressured between mating parts. The Tgard 200 is available in the following sizes: 0.010""; (0.25 mm) die cut shapes only 0.020""; (0.51 mm) sheets and die cut shapes 0.030""; (0.75 mm) sheets and die cut shapes

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Tgard 5000



Thermally Conductive Insulator

Thermally conductive electrically insulative material Tgard 5000 is an excellent dielectric material with good thermal performance consisting of a polyimide film coated with a ceramic-filled, high-temperature silicone rubber. Tgard 5000 is ideal for applications that require a delta temperature across the interface of 2.0ºC/watt or higher on a TO-220 clip mounted @ 50 psi pressure. Tgard 5000 has high dielectric strength for the AC side of a switching mode power supply. Tgard 5000 is tough resulting in an exceptional cut-through resistant material.

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Tgard 500



Thermally Conductive Insulator

Thicker Thermal Insulator Pad Prevents Electrical Shorts In Automotive Electronics Applications Tgard 500 is a medium thermal performance insulator pad consisting of a ceramic filled high temperature silcone rubber coated on electrical grade fiberglass. Tgard 500 is designed for applications that require traditional thickenss to prevent electrical shorts from stamped aluminum heatskinks used in switching mode power supplies (SMPS) and debris from aluminum castings used in automotive motor controls.

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Tpcm 780SP



Screen Printable Phase Change Material

Tpcm 780SP is a high performance, inherently tacky, easy to rework screen printable phase change thermal interface material. Developed specifically to meet the high thermal conductivity and low thermal resistance requirements of today'ss demanding processors. This silicone-free material is so soft that it begins to flow as the temperature is elevated by just a small amount.

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Tpcm 200SP



Screen Printable Phase Change Material

TpcmTM 200SP is a silicone free, thermal phase change material (PCM) designed to meet the thermal reliability and outgassing requirements of LED lighting applications, while offering a low total cost of ownership. It is specifically designed for use in various optical applications such as automotive headlamps, LED lighting, cameras, lasers and sensors. TpcmTM 200SP is also well suited for the broader market where the thermal requirements are moderately demanding. Tpcm 200SP is a screen printable phase change material which quickly dries to the touch so that it can be pre-applied to components for future assembly.

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Tpcm 580SP



Screen Printable Phase Change Material

TpcmTM 580SP is an exceptionally high performance, screen printable or stencilable thermal interface material designed to meet the thermal reliability and price requirements of high-end thermal applications. It contains a solvent to assist in processing. After drying off the solvent, Tpcm 580SP will be dry to the touch. Tpcm 580SP begins to soften and flow at temperatures around 50deg C. At which point, Tpcm 580SP will fill the microscopic irregularities of the components it contacts. The result is an interface with minimal contact thermal resistance. Tpcm 580SP softens; it does not fully change state, resulting in minimal migration (pump out) under thermal cycling from room temperature to chip device operating temperatures.

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Tmate 2900



Thermal Phase Change Material

For Exceptionally Low Thermal Resistance The Tmate 2900 Series is a reusable phase change material (PCM) designed for ease of testing and rework ability. It has a composite construction of a special malleable metal alloy and a high-performance PCM. At 50deg C the Tmate 2900 Series begins to soften and flow filling the microscopic irregularities of the thermal solution thus reducing thermal resistance. It shows no thermal performance degradation after 1 000 hours @130deg C or after 500 cycles from -25deg C to 125deg C. The PCM softens and does not fully change state resulting in minimal migration (pump-out) at operating temperatures (see viscosity curve). It is available in three thicknesses: 0.005""; (0.125 mm) 0.010""; (0.25 mm) and 0.020""; (0.5 mm).

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Tpcm 580



Thermal Phase Change Material

For Exceptionally Low Thermal Resistance The Tpcm 580 Series is a high-performance thermal phase change material (PCM) designed to meet the thermal reliability and price requirements of high-end thermal applications. The Series is inherently tacky, flexible and exceptionally easy-to-use. The Tpcm 580 Series is available in four thicknesses: 0.003""; (Tpcm 583), 0.005""; (Tpcm 585), 0.008""; (Tpcm 588), 0.010""; (Tpcm 5810) and 0.016""; (Tpcm 5816). At temperatures above its transition temperature of 50deg C (122deg F), the Tpcm 580 Series begins to soften and flow, filling the microscopic irregularities of the components it comes into contact with. The result is an interface with minimal thermal contact resistance. Due to the gradual change in viscosity (softening), it minimizes migration (pump-out). The Tpcm 580 Series can be supplied as cut parts in strips and rolls with top tabbed liners for easy application. The top tabbed liner can be removed immediately or provide a protective cover during shipping, and can be removed at assembly. It can also be supplied in sheets and custom die-cut configurations; and meets all environmental requirements including RoHS.

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Tpcm HP105



Thermal Phase Change Material

For Exceptionally Low Thermal Resistance The Tpcm HP105 Series is a high-performance phase change material (PCM) product with exceptionally low thermal resistance. It has a softening range of approximately 50deg C to 60deg C. Proprietary technology prevents excessive pump-out after the initial heat cycle. The material is naturally tacky and requires no adhesive coating or heat sink preheat for attachment. The Tpcm HP105 Series does not cure and can be easily removed without pulling the processor out of the socket. It is supplied in rolls with a top tabbed liner for easy manual or large volume automated applications.

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Tpcm 780



Thermal Phase Change Material

Tpcm 780 is a high performance, inherently tacky, easy to rework phase change thermal interface material. Developed specifically to meet the high thermal conductivity and low thermal resistance requirements of today’s demanding processors. This silicone-free material is so soft that it begins to flow as the temperature is elevated by just a small amount. Also, since no tabs are required, Tpcm 780 eliminates the need for expensive converting.

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Tpcm 900



Thermal Phase Change Material

Tpcm 900 is a high performance, non-electrically conductive phase change material. At 50deg C, Tpcm 900 begins to soften and flow, filling the microscopic irregularities of both the thermal solution and the component's surfaces, thereby reducing thermal resistance. Tpcm 900 is a flexible solid at room temperature and freestanding without reinforcing components that reduce thermal performance. Tpcm 900 shows no thermal performance degradation after 1,000 hours @130deg C, or after 500 cycles, from -25deg C to 125deg C. The material softens and does not fully change state resulting in minimal migration (pump out) at operating temperatures (see viscosity curve). Tpcm 900 is supplied in rolls with top tabbed liners for easy manual or large volume automatic application. Individually die cut parts can also be supplied.

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Tpcm AL52



Thermal Phase Change Material

Tpcm AL52 is a thermally conductive phase change material coated on both sides of aluminum foil. At temperatures greater than 52C, Tpcm AL52 changes into a molten state and, under low closure force, wets the heat sink and component surfaces to create a very thin, low thermal resistance interface. Tpcm AL52 has great heat spreading characteristics and won’t flow from the interface. Tpcm AL52 has superior thermal performance comparable to the highest performing grease and phase change products available. Since it is a free standing film it is easy to handle and is a great replacement for messy grease. Tpcm AL52 is available as individual die cut parts, kiss cut parts on rolls or sheets, and uncut rolls. Tpcm AL52 is available with or without adhesive.

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Tpcm FSF52



Thermal Phase Change Material

Tpcm FSF52 is a free standing film. It contains no substrate. At temperatures greater than 52?C Tpcm FSF52 changes into a molten state and under low closure force wets the heat sink and component surfaces to create a very thin low thermal resistance interface. Tpcm FSF52 is thixotropic and won't flow from the interface. Tpcm FSF-52 has superior thermal performance comparable to the highest performing grease and phase change products available. Since it is a free standing film it is easy to handle and is a great replacement for messy grease.

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Tpcm 750



Thermal Phase Change Material

TpcmTM 750 Series is a high-performance thermal phase change material designed to meet the thermal reliability and price requirements of high-end thermal applications. The series is inherently tacky, flexible and extremely easy-to-use. The TpcmTM 750 series is available in 0.2 mm (Tpcm 758) and 0.25 mm (Tpcm 7510) thicknesses. At temperatures above its transition temperature of 50°C, the TpcmTM 750 series begins to soften and flow, filling the microscopic irregularities of the components it comes into contact . The result is minimal thermal contact resistance at the interfaces. The Tpcm 750 Series can be supplied as cut parts with tabbed liners for easy application.

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Tgrease 2500



Thermal Grease

Environmentally Friendly Thermally Conductive Grease Tgrease 2500 is a silicone-free thermal grease for use in high performance CPU’s and GPU’s. With a high thermal conductivity of 3.8 W/mK, Tgrease 2500 thoroughly wets out thermal surfaces to create very low thermal resistance. Tgrease 2500 eliminates the migration issues of siliconebased grease to create superior reliability. Tgrease 2500 is ideal for situations where automatic dispensing and screenprinting are required. Tgrease 2500 is non-toxic and environmentally safe. Tgrease 2500 is available in 1kg (pint container), 3kg (quart container), and 10kg (gallon container) or custom packaged in syringes for automated applications.

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Tgrease 880



Thermal Grease

Environmentally Friendly Thermally Conductive Grease Tgrease 880 is a silicone based, high performance thermal grease designed to meet the thermal, reliability and price requirements of high end CPUs, GPUs and custom ASICS chips. With superior wetting properties to comparable grease, Tgrease 880 fills the microscopic irregularities of the components it contacts, resulting in very low thermal resistance. Tgrease 880 is stable and does not dry out, settle or harden. A full reliability study can be provided upon request. Tgrease 880 meets all environmental requirements including RoHS. Tgrease 880 is supplied in half kilogram, one kilogram and three kilogram containers.

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Tgrease 980



Thermal Grease

Environmentally Friendly Thermally Conductive Grease Tgrease 980 is a silicone-based thermal grease for use in high performance CPUs and GPUs. Tgrease 980 has a high thermal conductivity of 3.8 W/mK and superior wetting characteristics, resulting in a very low thermal resistance and excellent long term reliability.

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Tgrease 300X



Thermal Grease

High Performance Thermal Grease Tgrease 300X is a silicone-based thermal grease for use in high performance CPUs and GPUs. Tgrease 300X has a high thermal conductivity of 3.0 W/mK and superior wetting characteristics, resulting in a very low thermal resistance and excellent long term reliability. Tgrease 300X has been formulated not to sag or drip with a high thixotropic index for ease of application and reliability.

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Tgrease 1500



Thermal Grease

Solves Overheating And Reliability Issues Tgrease 1500 is environmentally safe silicone-based thermal grease designed to solve overheating and reliability issues. Due to its proprietary silicone fi ller matrix, Tgrease 1500 thoroughly wets out contact surfaces to create a low thermal resistance of 0.021deg C-in2/W at 50 psi. Tgrease 1500 can be used in pneumatic dispensing and screen printing systems. Tgrease 1500 is available in 1kg (pint container), 2kg (quart container), and 7kg (gallon container) or custom packaged in syringes for automated applications.

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