When you pulled the computer CPU cooling system apart, you could find that thermal silicone grease was applied between CPU and heatsink in most of computers. Why did thermal silicone grease take the biggest market share in the portfolio of thermal interface materials?

Good flowability, thin boldline thickness and ultra low thermal resistance, these characteristics would make thermal silicone grease providing high thermal performance. But at the meantime, we can find some faults on thermal grease. A lot of silicone oil, high volatility, thermal silicone grease would dried out under high temperature in a short term, we might need to maintain the cooling system once a year, even shorter.

Now we use a replacement material called thermal gel, which had some feaures in common with thermal silicone grease. For example, paste state, low thermal resistance, thin bondline thickness, these features will make thermal performance optimized. The most important difference is that thermal gel could eliminates defects of thermal silicone grease. Thermal gel will neither drip off nor pump out under pressure, it’s better for operator to control dispense process. Also, thermal gel would not dry out within application temperatrure, you don’t need to worry about maintainance in three or five years, offering excellent reliability and stability.

GLPOLY Thermal gel is syringe packaged, it’s designed to eliminate time consuming hand assembly, decreasing cost and reducing purchasing complexity. This material deflects under low comressive forces, decreasing stress on components. It requires no mixing, providing design flexibility.

Now, GLPOLY thermal gel XK-G40 with thermal conductivity of 4.0W/mK is in volume production for dJI and Freetech Auto Pilot. GLPOLY will help you protect your brand reputation for performance and reliability, and keep your device perform at their best.