Hazardous Product

MG Chemicals Thermal Grease, 1.8W/m·K

RS Stock No.: 124-7691Brand: MG ChemicalsManufacturers Part No.: 8616-85ml
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Technical documents

Specifications

Thermal Conductivity

1.8W/m·K

Maximum Operating Temperature

+165°C

Minimum Operating Temperature

-68°C

Pack Size

85 ml

Operating Temperature Range

-68 → +165 °C

Country of Origin

Canada

Product details

MG Chemicals Super Thermal grease II

MG Chemical 8616 super thermal grease II is a synthetic oil-based low thermal resistant grease. Designed for those applications where the maximum heat flow is a must.
The thermal grease is available in a 3 ml syringe 124-7689, a 25 ml tub 124-7690 or a 85 ml tube 124-7691

Features and Benefits

Silicone free
High dielectric strength
Non-corrosive
No metallic fillers
Safe on plastics

Typical Applications

Use when you want to improve the thermal interface contact conductivity between heat sinks, LEDs, motors, and heat-generating electronic components. Such as CPUs, GPU chipsets and power components.
Use to improve the thermal interface between irregular and pitted surfaces.

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P.O.A.

MG Chemicals Thermal Grease, 1.8W/m·K

P.O.A.

MG Chemicals Thermal Grease, 1.8W/m·K
Stock information temporarily unavailable.

Technical documents

Specifications

Thermal Conductivity

1.8W/m·K

Maximum Operating Temperature

+165°C

Minimum Operating Temperature

-68°C

Pack Size

85 ml

Operating Temperature Range

-68 → +165 °C

Country of Origin

Canada

Product details

MG Chemicals Super Thermal grease II

MG Chemical 8616 super thermal grease II is a synthetic oil-based low thermal resistant grease. Designed for those applications where the maximum heat flow is a must.
The thermal grease is available in a 3 ml syringe 124-7689, a 25 ml tub 124-7690 or a 85 ml tube 124-7691

Features and Benefits

Silicone free
High dielectric strength
Non-corrosive
No metallic fillers
Safe on plastics

Typical Applications

Use when you want to improve the thermal interface contact conductivity between heat sinks, LEDs, motors, and heat-generating electronic components. Such as CPUs, GPU chipsets and power components.
Use to improve the thermal interface between irregular and pitted surfaces.