More and more customers wanted to find local suppliers of thermal interface materials to replace foreign suppliers due to the trade war, the supply chain had been affected by US trade embargo. But to be honest, it was not easy to find superior alternates to top-class foreign brands. In such a situation, GLPOLY had emerged as a top rank supplier of thermal interface materials after 12 consecutive years of R&D and manufacturing investment. GLPOLY thermal interface materials has been applying to military equipment and new energy electric vehicle (EV) sector.

This military customer used to apply Laird Tflex 700 to their equipment, but now how comes this military customer selected GLPOLY XK-P50 thermal gap pad from a dozen of suppliers? Except the trade emcargo, XK-P50 thermal pad provided advantages that competitive products could not supercede: 1) thermal conductivity 5.0W/mK benchmarked Laird Tflex 700; 2) compression rate 30%, competitive products could not achieved; 3) Prove reliability under extreme temperature cycling.

When this customer consulted with me about thermal gap pad that could replace Laird Tflex 700. It’s a 5.0W/mK thermal gap pad, I could find an alternate easily from GLPOLY product portfolio. After well communication, I recommended XK-P50, along with full set of files including type inspection report, competitive products comparison, third party reliability verification, enterprise standard of thermal gap pad and study report of reliability of long-term service etc. When customer received these files, he was surprised, because we were the first supplier that provided a full set of verification paper.

When higg temperature aging test for 1000hrs and thermal shock for 500 cycling were finished, customer told me that he was saitisfied with the performance, also the price was 30% lower than Laird Tflex 700’s, XK-P50 was introduced into supplier system instead of Tflex 700.

GLPOLY XK-P50 is a high performance thermal gap pad with a thermal conductivity of 5.0W/mK. This material was conformable to component topography, decreasing contact thermal resistance.

GLPOLY thermal interface materials have been applying consumer electronics, medical and military equipment, 5G telecom equipment, automotive electronics, electrical vehicle (EV) battery pack and more.

GLPOLY thermal interface materials stick to core, GLPOLY provides considerate service for you.