Thermal Interface Materials

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Henkel Develops Materials Innovations for High Power Electronics

Henkel develops materials innovations for high power electronics Advances in power electronics are key to a sustainable energy future: Semiconductor power devices such as insulated gate bipolar transistors (IGBTs) deliver the high switching speeds which are critical for energy efficiency in electric cars, trains and other industrial applications. For the use of alternative energies, ultra-high...

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Electrically Conductive Adhesive from Henkel Compatible with Multiple Metals; Delivers Manufacturing Flexibility for Optical Technology Leader, LensVector
Adhesives

Electrically Conductive Adhesive from Henkel Compatible with Multiple Metals; Delivers Manufacturing Flexibility for Optical Technology Leader, LensVector

Leveraging research regarding contact resistance performance, Henkel Electronic Materials has developed an electrically conductive adhesive (ECA) that overcomes the drawbacks of older generation ECAs and extends the material's advantages to multiple applications. The adhesive system, HYSOL ECCOBOND CE 3103WLV, provides exceptional contact resistance stability on surfaces such as OSP copper and Sn...

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Electrically Conductive Adhesive from Henkel Compatible with Multiple Metals; Delivers Manufacturing Flexibility for Optical Technology Leader, LensVector
Adhesives

Electrically Conductive Adhesive from Henkel Compatible with Multiple Metals; Delivers Manufacturing Flexibility for Optical Technology Leader, LensVector

Leveraging research regarding contact resistance performance, Henkel Electronic Materials has developed an electrically conductive adhesive (ECA) that overcomes the drawbacks of older generation ECAs and extends the material's advantages to multiple applications. The adhesive system, HYSOL ECCOBOND CE 3103WLV, provides exceptional contact resistance stability on surfaces such as OSP copper and Sn...

Read More »
Miscellaneous Compounds

PLA Compounds offer high strength and heat resistance.

Impact-modified polylactic acid (PLA) bioplastic compounds are designed for select semi-durable and durable applications and offer enhanced impact strength and high heat deflection temperatures. Available in both injection and extrusion grades, PLA compounds are fully colorable and have bio-content as high as 95% depending on additive loading levels. Applications include molded covers, housings,...

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Miscellaneous Compounds

PLA Compounds offer high strength and heat resistance.

Impact-modified polylactic acid (PLA) bioplastic compounds are designed for select semi-durable and durable applications and offer enhanced impact strength and high heat deflection temperatures. Available in both injection and extrusion grades, PLA compounds are fully colorable and have bio-content as high as 95% depending on additive loading levels. Applications include molded covers, housings,...

Read More »
Miscellaneous Compounds

PLA Bioplastic Compounds deliver strength, thermal performance.

WINONA, MINNESOTA, USA -- Global custom engineered thermoplastics compounder RTP Company has commercialized the industry's first line of glass fiber-reinforced polylactic acid (PLA) compounds that overcome many limitations of unmodified PLA by delivering greater strength, stiffness, and thermal performance. These new materials, which target durable and semi-durable applications, are the latest...

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Miscellaneous Compounds

PLA Bioplastic Compounds deliver strength, thermal performance.

WINONA, MINNESOTA, USA -- Global custom engineered thermoplastics compounder RTP Company has commercialized the industry's first line of glass fiber-reinforced polylactic acid (PLA) compounds that overcome many limitations of unmodified PLA by delivering greater strength, stiffness, and thermal performance. These new materials, which target durable and semi-durable applications, are the latest...

Read More »
Thermal Interface Materials

Phase Change Material offers optimized handling, dispensability.

Suited for use between high-power electrical device requiring electrical isolation and its heat sink, Hi-Flow-® 650P thermally conductive phase change material offers thermal impedance of 0.20ºC-in.²/W at 25 psi. Top side is dry to touch, bottom side has natural tack, and polyimide film reinforcement provides dielectric strength as well as cut-through resistance. Appropriate uses include...

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Thermal Interface Materials

Thermal Interface Material has highly conformable, elastic nature.

Gap Pad-® VO Ultimate is fiberglass reinforced, silicone-based material that is suitable for use on surfaces with high roughness or uneven topography. Fiberglass carrier on one side offers optimal puncture resistance, and has slight inherent tack, minimizing any shifting during assembly. Available in standard sheet size of 8 x 16 in. and thicknesses of 20-125 mil, conformable, elastic product is...

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Thermal Interface Materials

Phase Change Material offers optimized handling, dispensability.

Suited for use between high-power electrical device requiring electrical isolation and its heat sink, Hi-FlowÂ-® 650P thermally conductive phase change material offers thermal impedance of 0.20ºC-in.²/W at 25 psi. Top side is dry to touch, bottom side has natural tack, and polyimide film reinforcement provides dielectric strength as well as cut-through resistance. Appropriate...

Read More »

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