Thermal Interface Materials

Electrolube Introduce Conformal Coatings and Resins for Wearable Devices
Resins

Electrolube Introduce Conformal Coatings and Resins for Wearable Devices

One of the challenges that wearable technology poses, is the very nature in which a device will be used, and primarily, the environments that it may be subjected to. For instance, a sensor in a wearable device has the added consideration of physical interactions; the device will be moved, worn, may see impact, may be flexed and potentially exposed to a number of additional elements, such as water...

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Thin Bond Line Thermal Interface Material
Miscellaneous Compounds

Thin Bond Line Thermal Interface Material

Carteret, NJÂ- – Sarcon® SG-26SL is an easy-to-apply, thermally conductive and electrically non-conductive silicone-based compound that exhibits a low thermal resistance. When dispensed between a component such as a CPU or power converter and a heat sink, this material delivers a thermal conductivity of 2.6 W/m°K. The product's physical characteristics and minimal bleed and...

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Indium Corporation Features Heat-Spring® for LED Manufacturing at Strategies in Light
Thermal Interface Materials

Indium Corporation Features Heat-Spring® for LED Manufacturing at Strategies in Light

Indium Corporation will feature Heat-Spring®, a compressible, recyclable, metal thermal interface material, at Strategies in Light, Feb. 24-26 in Las Vegas, Nev. The use of high-power LEDs is growing exponentially due to light quality, energy efficiency, and reliability. These attributes are directly related to design and assembly methods and materials. Indium Corporation’s Heat-Spring is...

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Built-In Advantages
Thermal Management Materials

Built-In Advantages

Carteret, NJÂ- – Fujipoly's Sarcon® 250G-HF2d thermal interface material is manufactured with a reinforced nylon mesh inner layer as well as a low-tac surface treatment. These features prevent die-cut holes from collapsing and help maintain original spec tolerances during final assembly. These material enhancements also reduce tearing, elongation and damage making your...

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Thermal Interface Materials

Thermal Grease targets LED applications.

Made with high-purity thermal composites, JP-DL700 Thermal Grease exhibits optimal thermal conduction with high chemical stability. Product is non-corrosive, non-toxic, non-volatile, and non-flammable, causing no irritation to human skin.Â- Grease can withstand long-term storage, does not easily solidify, and can be readily implemented in printing and coating process, making it suitable for...

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Indium Corporation Features Heat-Spring® for LED Manufacturing at Strategies in Light
Thermal Management Materials

Indium Corporation Features Heat-Spring® for LED Manufacturing at Strategies in Light

Indium Corporation will feature Heat-Spring®, a compressible, recyclable, metal thermal interface material, at Strategies in Light, Feb. 24-26 in Las Vegas, Nev. The use of high-power LEDs is growing exponentially due to light quality, energy efficiency, and reliability. These attributes are directly related to design and assembly methods and materials. Indium Corporation’s Heat-Spring is...

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Thermal Interface Material is soft and highly conformable.
Thermal Interface Materials

Thermal Interface Material is soft and highly conformable.

When placed on top of uneven components, Sarcon® PG25A conforms to all gaps, peaks, and air pockets. This results in level, large surface area contact point. Physical contact allows heatsink to efficiently remove unwanted heat. Offered in 9 thicknesses from 1.0–5.00 mm, this 2.5 W/m°K thermal interface material consists of soft, gel-like compound, manufactured in sheet...

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Encapsulants

Dow Corning Spotlights Silicone Solutions for LED Lighting Design, Assembly and Protection at Two Key European Lighting Exhibitions

Company sees accelerating demand for next-generation silicones to support application development and expanding production among global customers. Seneffe, Belgium – As the adoption and production of LED illumination rapidly accelerates, lighting manufacturers worldwide are seeking new and innovative materials to push LED design boundaries, improve product reliability and help optimize...

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Thermally Conductive Compounds suit heat sinks in LED market.
Miscellaneous Compounds

Thermally Conductive Compounds suit heat sinks in LED market.

Offering UL94 V0 rating at 0.8 mm, KONDUIT PX13012 is black in color with high thermal conductivity. Electrical isolative, flame retardant compound offers optimized tensile strength and elongation at break, making it suitable for hybrid or all thermoplastic heat sinks in LED lighting industry. White in color, KONDUIT PX11311U offers UL94 V0 rating at 1 mm. Product provides thermal conductivity,...

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