Products
Heatsink CPU Paste Potting Material Gel Electronic Pouring Glue Adhesive Rubber insulation Thermal Conductive Silicone Gel
Heatsink CPU Paste Potting Material Gel Electronic Pouring Glue Adhesive Rubber insulation Thermal Conductive Silicone Gel
Heatsink CPU Paste Potting Material Gel Electronic Pouring Glue Adhesive Rubber insulation Thermal Conductive Silicone Gel
Heatsink CPU Paste Potting Material Gel Electronic Pouring Glue Adhesive Rubber insulation Thermal Conductive Silicone Gel
Heatsink CPU Paste Potting Material Gel Electronic Pouring Glue Adhesive Rubber insulation Thermal Conductive Silicone Gel
Heatsink CPU Paste Potting Material Gel Electronic Pouring Glue Adhesive Rubber insulation Thermal Conductive Silicone Gel
Heatsink CPU Paste Potting Material Gel Electronic Pouring Glue Adhesive Rubber insulation Thermal Conductive Silicone Gel
Heatsink CPU Paste Potting Material Gel Electronic Pouring Glue Adhesive Rubber insulation Thermal Conductive Silicone Gel

Heatsink CPU Paste Potting Material Gel Electronic Pouring Glue Adhesive Rubber insulation Thermal Conductive Silicone Gel

FOB Reference Price: Get Latest Price
≥100 Kilograms
US $0.98
≥1000 Kilograms
US $0.88
≥10000 Kilograms
US $0.78
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Customized Request
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Quick Details

Rated Voltage:
5.5KV
Tensile Strength:
175ppm/K
Working temperature:
-50~200℃
Color:
Pink, blue, custom
Sample:
Free Samples(No mail)
Usage:
Mechanical Protection
Features:
Low Viscosity, good leveling, seismic, good fire resistance
Thermal conductivity:
3.0~6.0W/m.k or customize

Quick Details

Place of Origin:
Guangdong, China
Brand Name:
KUAYUE, KUAYUE
Model Number:
HCG
Rated Voltage:
5.5KV
Tensile Strength:
175ppm/K
Working temperature:
-50~200℃
Color:
Pink, blue, custom
Sample:
Free Samples(No mail)
Usage:
Mechanical Protection
Features:
Low Viscosity, good leveling, seismic, good fire resistance
Thermal conductivity:
3.0~6.0W/m.k or customize
Products Description
Thermal gel is a kind of heat dissipation material that can fill the space of the equipment and conduct heat. It can improve the heat transfer efficiency and temperature stability of the equipment, protect the equipment from overheating or low temperature damage, and extend the service life of the equipment.
Product performance
Test Results
Test Methods
Colour
Pink
Visual
Extrusion speed
--
--
(30ccEFDcartridges1”
15g/min
--
orifice 90psi)
--
--
Specific gravity
3.2g/cm3
Helium true density method
Viscosity(mPa.s)
550000
ASTM D2196
Volume resistance
>1013Ωcm
ASTM D257
Thermal Conductivity
5.0W/mK
ASTM D5470
Dielectric breakdown strength
>200 VAC/mil
ASTM D149
Dielectric constant
5.50
ASTM D150
Minimum interface thickness
0.09mm
--
Operating temperature
-50~200℃
--
Storage time
12month
--
Siloxane volatilization(D3~D12)
<300PPM
GB/T 27843-2011
Flame retardancy
V-0
UL 94
RoHS(10)
PASS
IEC 62321
Halogen(4)
PASS
EN14582
REACH(191)
PASS
EN14372
Customization Ability

Different mechanical properties can be customized

•Hardness SHORE 00 5~90

Different thermal conductivity can be customized

•Thermal pad:1.0~10.0w/mk

Various colors and shapes can be customized

Custom color
Precise thermal conductivity data
1000 hours high temperature and humidity test
High voltage test
Details Images
Application Scenario

CPU and GPU :

Thermal gel can be used between the heat sink and the CPU or GPU to improve heat transfer efficiency, thereby maintaining the temperature stability of the device and preventing overheating damage.

LED lamp:

In high power LED lamps, thermal gel is used to increase the efficiency of heat transfer between the LED and the radiator, reducing the temperature of the LED lamp and extending its service life.

Automotive electronic equipment:

The high temperature environment of automotive electronic equipment requires reliable thermal gel to maintain the temperature stability of the equipment and improve the performance.

Medical equipment:

Some medical devices require temperature stability, and heat-conducting gels can be used to conduct the temperature of thermometers and other medical devices.

Battery:

In batteries and battery management systems, heat-conducting gels can be used to dissipate heat and maintain battery temperature stability.

Solar panels:

In solar panels, heat-conducting gels can be used to conduct heat and maintain the temperature stability of the panels, thereby increasing efficiency and longevity.
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