There are many thermal management materials manufacturers and EMI absorbing materials manufacturers, but just a few of them who can make a product combining two functions, GLPOLY is one of them.
In recent years, with thermal management materials booming, many EMI absorbing materials manufacturers run into the field of thermal management materials, they produced a lot of products, but none of them emerged as a industrial leader. Worldwide, Laird is one of the best suppliers that can provide hybrid thermal and EMI absorbing materials.
Though hybrid thermal and EMI absorbing material has been applying in some specific application, GLPOLY had invested plentiful resources to develop hybrid thermal and EMI absorbing materials, launching pad and gel products.
A medical equipment manufacturer consulted me about thermal and EMI absorbing materials and gave me a product model,”can you provide Laird coolzorb 500?”. This product provides high thermal performance and EMI absorbing within frequency of 1-70GHz, it is really a wonderful product.”We have our own product and we can provide alternatives.” Customer didn’t believe me, because he had tested many samples that supplied by domestic suppliers, eithher thermal performance or EMI absorbing unsatisfied the requirements.
We provided sample XK-J25 for testing, the result will be compared with Laird coolzorb 500’s data, not physical testing. But finally, customer was surprised, thermal performace and EMI absorbing are within tolerance desgined.
GLPOLY XK-J25 is a high performance, thermally conductive, EMI absorbing within 1-77GHz gap filler material with thermal conductivity of 2.5W/mK. It features low hardness, high compression, optimizing interface contact and heat transfer. XK-J25 hybrid thermal and EMI absorbing material is designed for high frequency IC chip, telecommunication, medical equipment and millimeter wave radar and more.
GLPOLY has been supplying thermal management materials to Huawei, NIO and GAC, etc. We serve top three of their industry with superior quality.
