Skip to content
-----> product

MG Chemicals 8616-1G Super Thermal Conductivity Grease II, 3.78 L

Original price $3,450.99 - Original price $3,450.99
Original price
$3,450.99
$3,450.99 - $3,450.99
Current price $3,450.99
Free shipping
Made to Order, 5 Pails per OrderThe 8616 Super Thermal Grease is low thermal resistance grease with a synthetic oil base that is electrically insulating and non-corrosive. It is use to improve the thermal interface... Read more

Overview

Brand img

MG Chemicals 8616-1G Super Thermal Conductivity Grease II, 3.78 L

Made to Order, 5 Pails per Order

The 8616 Super Thermal Grease is low thermal resistance grease with a synthetic oil base that is electrically insulating and non-corrosive. It is use to improve the thermal interface contact conductivity between heat sinks, LEDs, motors, and heat-generating electronic components such as CPUs, GPU chipsets, power components, and so on. It improves the thermal interface between irregular and pitted surfaces.

8616 is a thermal compound with excellent thermal conductivity. This thermal conductive grease is designed to conform between irregular surfaces when compressed, reducing thermal resistance and improving heat flow.

This heat transfer grease is commonly applied to the interface between heat sinks and heat-generating components, such as LEDs, motors, CPUs, GPUs, and other power components.


Product Details

General Information
Manufacturer
MG Chemical
Part Number
8616-1G
Product Type
Silicone Grease
Return Policy
Non-Cancellable / Non-Refundable
Specifications
Color
Translucent
Material
Silicone
Size
3.78 L
Weight
50.00 kg
110.23 lb
Miscellaneous
What's Included
(x5) Pail
Features
Density: 2.6 g/mL

Viscosity: 365 Pa∙s

Resistivity: 1.8 x 10 11 Ω·cm

Dielectric Strength: 300 V/mil

Thermal Conductivity @ 25 ˚C: 2.0 W/(m·K)

Evaporation Loss, 22 h @ 165 ˚C: 1.2 %

Oil Separation, 30 h @ 165 ˚C: 0.02 %

Water Washout @ 38 ˚C: 0.9 %
Bearing Dried @ 77 ˚C

Service Temperature Range: -70–165 ˚C

Breakdown Voltage: 16 kV

Dielectric Constant @ 1 000 cps: 6.8

Dissipation Factor @ 1 000 cps: 0.01
Country of Origin
Canada