- Plasterboards[6]
- Ceiling Tiles[7]
- Mouldings[5]
- Voltage Regulators/Stabilizers[10]
- Relays[10]
- Insulation Materials & Elements[1]
- Fans[10]
- Food Waste Disposers[2]
- Egg Incubators[2]
Graphite thermal pad
thermal conductive:k>28W/ m.K
Compression ratio > 40%
Working temperature -200oC ~ 800oC
Dissolution temperature: > 2000oC
1.THERMAL CONDUCTIVITY: thermal conductive k >28 W/ m.K;
typical heat resistance (0.125 thickness for 20% compression ) : < 3.57×10-6 /W.
*1. Russia standard: GOCT 8.140-82 and tested by the Model KT-6 thermal coefficient measurement instrument of New Siberia Measurement Science Academy.
2.FLEXIBILITY : Compression ratio > 40% fit for various mounting surfaces
3.STABILITY :Its component are monocarbon combined with thermal conducting active materials. deformation-proof, dissolution-proof, aging-proof, corrosion-proof, diffusion-proof. radiation-proof, Working temperature -200oC~ 800oC. Dissolution temperature: > 2000oC
4.STRESS FORCE AND THERMAL BALANCE : With the stress moderating ratio <10%,
it can release the stress caused by the module tightening force or the working heat expansion
5.CONTACTIVITY: Big static friction coefficient; elastic ratio >10%; making a low loss of twisting force of
the bolts; maintaining the good pressing effect; with the compressive strength up to 98 MPA (1 ton/cm2)
6.CLEANESS: It does not pollute the environment and the circuit, belonging to the environment-protection-recommended material
7.EASY USE: client ordered size, very suitable for speedy installation on the manufacture line.
8.ELECTRICAL CONDUCTIVITY : Level surface electrical conductivity coefficient 6×10-4 Ω.cm; vertical surface electrical conductivity coefficient 5×10-2 Ω.cm
9.N.B.: It cannot be used for the insulated electrical components; scratching and folding may damage the surface of the thermal pad. Re-use is not recommendable.