Published On: Mon, Apr 8th, 2013

Mitsubishi reduces cost of high modulus pitch-based carbon fibre

Mitsubishi reduces cost of high modulus pitch-based carbon fibre

Mitsubishi reduces cost of high modulus pitch-based carbon fibre

Mitsubishi Plastics Inc claims that it has succeeded in nearly halving the production costs of its ultra-high modulus pitch-based carbon fibre, which exhibits excellent heat conductivity and rigidity.

Mitsubishi reports that, because of its high cost, the current product type DIALEAD K13C2U has been limited to applications such as heat release materials for electronics devices loaded into artificial satellites. It has a tensile modulus of 900 GPa) and excellent thermal conductivity of 620 W/mK, almost triple that of aluminium, says Mitsubishi.

The significant reduction of production costs, while keeping the same level of modulus and thermal conductivity, for the new DIALEAD K13C6U product is expected to expand its application into parts and materials for electronic devices for light/small aircraft, heat sinks, LEDs, and automobiles.

Production efficiency has been raised by tripling the number of filaments per fibre bundle to 6000 (6K) from 2000 (2K) by optimisation of graphitisation processes. As a result of this, production costs have been almost halved.

More information: http://www.reinforcedplastics.com