Henkel Launches new Silicone-Free Gap Filler for Electric Vehicles

Henkel will launch new technologies that enable cost-efficient large-scale assembly and lifetime protection of battery architectures. As all major automotive OEMs and new players are rapidly launching new electric vehicle (EV) models, Henkel is leveraging its broad technology base and many years

Researchers Find Ways to Image, Characterize Unique New Material

Graphene can come from graphite, but borophene? There’s no such thing as borite. Unlike its carbon cousin, two-dimensional borophene can’t be reduced from a larger natural form. Bulk boron is usually only found in combination with other elements, and is certainly not layered,

Ultra Soft and Extremely Affordable Thermal Gap Filler Released

Sarcon PG25A is one of Fujipoly’s softest, most compressible and affordable thermal gap filler materials. It offers gel like consistency in a convenient sheet form. The product is ideal for applications that have delicate components and high compression rates. When it is

Controlling Thermal Conductivity of Polymers with Light

Polymers are regularly used as thermal insulators for everything from keeping beverages hot to keeping sensitive electronics cool. In some cases, polymers can even be used as thermal conductors to enable efficient heating or cooling. In a new study, researchers at the

Superinsulating Aerogel Resists Mechanical and Thermal Shocks

Aerogels are exceptionally lightweight, composite materials containing more than 99 percent air. They can withstand high temperatures and are resistant to many chemicals. Most aerogels studied so far, however, are made from ceramic materials, such as silica, alumina and silicon carbide, and

Henkel Expands Bergquist Gap Pad Portfolio

Henkel Corp. has added two ultra-low modulus Bergquist Gap Pad thermal interface materials (TIMs) to its line of high compliance thermal management products. Bergquist Gap Pad TGP 6000ULM and Bergquist Gap Pad TGP 7000ULM have been formulated with an advanced resin platform