Thermal Transfer Compound offers high heat conductivity.
September 15, 2010 -
Consisting of special graphite powder that is integrated into organic matrix, WLPG Graphite Thermal Transfer Compound features heat conductivity of λ = 10.5 W/mK. Product is free from silicone and synthetic oils or substances, and is electrically conductive and usable at temperatures from -40 to +320°C. Compound is supplied in plastic syringes containing 2, 5, 10, or 20 ml.
(Archive News Story - Products mentioned in this Archive News Story may or may not be available from the manufacturer.)
Original Press release
Fischer Elektronik GmbH und Co. KG
Nottebohmstraße 28
Lüdenscheid, ,
Germany
Graphite Thermal Transfer Compound
Fischer Elektronik have responded to market demand for a thermal transfer compound featuring high heat conductivity by developing a new graphite thermal transfer compound. This thermal transfer compound consists of a special graphite powder, which is integrated into an organic matrix.
With a heat conductivity of ë = 10.5 W/mK, this thermal transfer compound is clearly better than those used up until now in industrial electronics. In addition to excellent heat conductivity, the compound features other desirable characteristics, i.e. it is free from silicone and from synthetic oils or substances, it is electrically conductive and usable at temperatures between -40 °C and +320 °C. Graphite thermal transfer compounds of the WLPG product line are delivered in plastic syringes containing 2, 5, 10 or 20 ml; larger syringes or other packaging units are possible.
The Fischer Elektronik product specialists are at your disposal to answer your questions and to provide you with any additional information you may require.
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