Lots of engineers want to use foreign brand of thermal interface materials, such as FUJIPOLY, 3M, BERGQUIST OR LAIRD, they always worry about the quality of local product. Actually, for example, a thermal gap pad is made from the same silicone, thermally conductive filler, more or less, finally, we’ll get similar product.

Now I take GLPOLY THERMAL PUTTY PAD XK-P80-PUTTY and FUJIPOLY PG80A as an example.

GLPOLY Thermal putty pad XK-P80-Putty is a high performance, excellent compression and electrical insuation thermal gap pad. Compared with traditional thermal silicone pad, thermal putty pad XK-P80-Putty can be compressed by 90%, it is suitable for small gaps such as 0.3mm, 0.2mm or even thinner, the high comformance nature allows the thermal pad to fill in air voids and air gaps, decreasing thermal resistance.

XK-P80-Putty thermal gap pad is highly conformable to component topography, even the unflat surface.

Both products provide a thermal conductivity of 8.0W/mK, GLPOLY XK-P80-Putty’s thermal resistance is 0.1℃in2/W, it is a little lower than that of Fujipoly PG80A, we can see that GLPOLY thermal putty pad provides more excellent thermal performance than Fujipoly PG80A.

GLPOLY XK-P80-Putty’s volume resistivity is 1.0x10¹³Ωcm, it offers excellent electrical insulation.

In conclusion, GLPOLY XK-P80-Putty is a high reliable thermal gap pad, alternative to Fujipoly PG80A, keep your your electronic devices performing at their best.

GLPOLY had partnered with GAC Auto, NIO Automotive Company and dJI, providing highly reliable thermal interface materials for them to protect brand reputation for performance and reliability.