Circuitworks Heat Sink Greases Circuitworks Boron Nitride Heat Sink

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Circuitworks Heat Sink Greases Circuitworks Boron Nitride Heat Sink
Circuitworks Heat Sink Greases Circuitworks Boron Nitride Heat Sink
Circuitworks Heat Sink Greases Circuitworks Boron Nitride Heat Sink
Circuitworks Heat Sink Greases Circuitworks Boron Nitride Heat Sink
Circuitworks Heat Sink Greases Circuitworks Boron Nitride Heat Sink
Circuitworks Heat Sink Greases Circuitworks Boron Nitride Heat Sink
Circuitworks Heat Sink Greases Circuitworks Boron Nitride Heat Sink
Circuitworks Heat Sink Greases Circuitworks Boron Nitride Heat Sink
Circuitworks Heat Sink Greases Circuitworks Boron Nitride Heat Sink
Circuitworks Heat Sink Greases Circuitworks Boron Nitride Heat Sink
Circuitworks Heat Sink Greases Circuitworks Boron Nitride Heat Sink
Circuitworks Heat Sink Greases Circuitworks Boron Nitride Heat Sink
Circuitworks Heat Sink Greases Circuitworks Boron Nitride Heat Sink
Circuitworks Heat Sink Greases Circuitworks Boron Nitride Heat Sink

Circuitworks Heat Sink Greases Circuitworks Boron Nitride Heat Sink

CircuitWorks Boron Nitride heat sink grease from Chemtronics is an ultra-high efficiency, thermally conductive grease that facilitates heat transfer away from electronic components and into heat sinks. The material exhibits exceptionally high thermal conductivity …

Heat sink compound is used to fill that gap and is designed to efficiently transfer the heat from the heat generating component to the heat dissipating device. Although the heat sink compound does not have the thermal conductivity of metals like copper and silver, the improvement over the air will increase thermal responsiveness.

Hover to view large image CircuitWorks ® Boron Nitride Heat Sink Grease facilitates heat transfer away from electrical/electronic components and into heat sinks. The material exhibits exceptionally high thermal conductivity with outstanding dielectric properties. CircuitWorks ® Boron Nitride Heat Sink Grease shows no creep or migration over a wide temperature range.

Browse DigiKey's inventory of CircuitWorks® Series Boron Nitride Heat Sink GreaseAdhesives, Epoxies, Greases, Pastes. Features, Specifications, Alternative Product, Product Training Modules, and Datasheets are all available.

CircuitWorks Boron Nitride Heat Sink Grease facilitates heat transfer away from electrical/electronic components and into heat sinks. The Material exhibits exceptionally high thermal conductivity with outstanding dielectric properties (non conductive). CircuitWorks Boron Nitride Heat Sink Grease shows no creep or migration over a wide temperature range. The grease contains an efficient heat ...

Description. CircuitWorks® Conductive Grease, otherwise known as thermal greases, thermal gel, thermal compound, thermal paste, heat paste, heat sink paste or heat sink compound, are conveniently packaged in syringes for fast and easy application, and to reduce mess and wastage.The range covers a number of electronic production, rework and repair applications.

Heat sink compound is used to fill that gap and is designed to efficiently transfer the heat from the heat generating component to the heat dissipating device. Although the heat sink compound does not have the thermal conductivity of metals like copper and silver, the improvement over the air will increase thermal responsiveness.

CW7250 from Chemtronics at Allied Electronics & Automation. Overview. The tube dispenser for precise application of silicone compound that facilitates heat

CircuitWorks boron nitride heat sink grease from Chemtronics is an ultra-high efficiency, thermally conductive grease.

The Chemtronics CircuitWorks white heat sink grease is easy to use. This item is formulated to work in electrical equipment applications. Main ingredient is comprised of boron nitride. Is rated as Military Grade. Can be used under the following temperature ranges: -100 F minimum operating temperature to +392 F maximum operating temperature.

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