The lower the hardness of the thermally conductive silicone sheet means the higher the softness of the product, 

so that it can have a higher compression rate, thus shortening the heat conduction path and heat transfer time, bringing better thermal conductivity.

The higher the hardness of the gasket, the lower the compression rate, the thermal conductivity is not as good as the lower hardness of the gasket.

Under the premise of the same thickness, the hardness of Hothree HSR-8000 is lower than the hardness of BERGQUIST SIL PAD TSP 3500, 

which is 90 Shore A, i.e. the softness is better than that of BERGQUIST.

The Hothree HSR-8000 Thermally Conductive Insulating Sheet has excellent insulation properties, with a breakdown voltage of up to 10KV, 

compared to the BERGQUIST SP2000, which has a breakdown voltage of 4000V, one third of that of the HSR-8000, thus demonstrating the stability 

and reliability of the Hothree HSR-8000.

Compared with the thermal impedance of BERGQUIST, LAIRD, ShinEtsu, Denka and other famous brands, the thermal impedance of HSR-8000 is 0.08°C.in²/W 

under the same 100psi, which is only one-third of that of the first-tier brands, plus the thermal resistance of HSR-8000 is as high as 15W/m.k from all aspects. 

Comprehensive comparison, which is sufficient to show that HSR-8000 stability, with higher thermal conductivity and lower thermal resistance.

It can completely replace the same type of products of first-tier brands.

HSR-8000 is the best thermal pad with super high thermal conductivity and super low thermal resistance.

The following data are the comparison test results of thermal conductivity, breakdown voltage, hardness, thermal impedance and thickness of each well-known brand.