GLPOLY XK-G70 is a designed to solve thermal management challenges of 5G telecom devices.
There are various kinds of thermal gel on the market, most of them will fail to function in one years or even less. Why? Because the material will dry out in its one-year service life, leading to component failure. It means that you install a time bomb on device, and it counts down. GLPOLY thermal gel is non-dry out, less volatiles, extending service life of devices.
A purchasing manager, Mr. Zhang, from a 5G telecom module manufacturing company in Shanghai, consulted me about thermal interface materials for routers. He requested a thermal interface material with 7.0W/mK thermal conductivity and 5-year service life at least. For this high-powered application, we recommended liquid thermal interface materials-XK-G70 thermal gel, a high dispensable gap filling with high performance and low thermal resistance.
Let’s check what advantages XK-G70 thermal gel has.
Thermal conductivity 7.0W/mK. Few of manufacturers can make such high performance thermal gel, maybe GLPOLY is the only that can make it.
XK-G70 is compatible with high volume, automated dispense processes, decreasing installation cost, enhancing productive efficiency.
It accommodates a variety of bond line thickesses, minimal bondline thickness 0.18mm.
This material deforms under low compressive force, decreasing stress on component thus decreasing component failure.
Customer applied for 5 samples for aging test, carrying out a high temperature aging test for 1200 hours.
XK-G70 thermal gel has been verified already by some leading enterprises such as DT Mobile, DJI etc, exhibiting high performance and reliability. Two months later, I got customer’s feedback. He said he was satisfied with performance of XK-G70, there was almost no change on key indexes before and after aging test. Thermal gel maintained paste without shifting or dripping off. GLPOLY thermal gel XK-G70 emerged as the best item among a dozen of competitive products.
GLPOLY has partnered Freetech Pilot, DJI, DT Mobile, Quectel Mobile, GAC Motor, NIO Motor and more, helping customer design devices that run cooler and reliably with complete portfolio of thermal interface materials.
