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DOWSIL TC-4530 CV Gap Filler: E-mobility innovation Electric motorsGap fillerSilicone lubricantsIndustrial adhesivesDowsil

DOWSIL TC-4530 CV Gap Filler: E-mobility innovation

Introducing DOWSIL TC-4530 CV Gap Filler, an innovative two-component heat-conductive silicone for the modern automotive industry. The sustainable transformation of mobility: electrification and advanced materials Innovations in the world ofE-mobility are transforming the transportation sector into a more sustainable industry. These changes have led to significant growth in the electric…
Mascherpa
September 19, 2024
DOWSIL™ TC-2035 CV: The new heat-conductive adhesive for automotive electronic assembly. Dowsile-mobilityElectronicsHeat-conductive adhesivesThermally conductive materials

DOWSIL™ TC-2035 CV: The new heat-conductive adhesive for automotive electronic assembly.

The new DOWSIL™ TC-2035 CV adhesive is a high thermal conductivity adhesive that cures rapidly at low temperature and provides excellent stability at room temperature for automotive electronic assembly applications. This innovative technology is helping to power the next generation of low-carbon mobility. Product Introduction The new high-performance heat-conductive adhesive…
Mascherpa
February 15, 2024
DOWSIL™ TC-5515 LT low-density thermally conductive gap-filler CONT@TTODowsile-mobilityGap filler

DOWSIL™ TC-5515 LT low-density thermally conductive gap-filler

DOWSIL™ TC-5515 LT low-density thermally conductive gap-filler In the expanding electric vehicle (EV) market, battery packs are a key component. Thermal management is critical to the safety and durability of the EV battery pack. For EV battery heat dissipation, conductive gap filler is intended to become key thermal interface material.To…
Mascherpa
November 2, 2021
Innovative phase change materials viable alternative to heat-conductive greases CONT@TTOElectrolubeFatsThermally conductive materials

Innovative phase change materials viable alternative to heat-conductive greases

Electrolube has launched two new phase-change thermally conductive materials, TPM350 and TPM550, which offer high thermal conductivity and low thermal interface resistance. Phase change materials have the ability to store and release thermal energy during phase change. Thus, unlike other types of heat conducting products, they offer efficient heat transfer…
Mascherpa
June 1, 2017