Fibres to support new plastics process

A Plasticomp product story
Edited by the Engineeringtalk editorial team Jul 1, 2003

Woodshed Technologies is to receive support from Owens Corning in a unique compounding process.

Woodshed Technologies is to receive support from Owens Corning in a unique compounding process.

Owens Corning will provide technical expertise and glass-fibre rovings to this innovative process developed by Woodshed Technologies.

The Woodshed direct compounding process combines continuous fibre and polymer through a patented Pushtrusion process, developed by Ron Hawley, Founder and President of Woodshed Technologies.

"I have worked with the people at Owens Corning for many years, and their endorsement of the Woodshed process will accelerate achievement of our position as a global force in the compounding industry", said Hawley.

"Owens Corning has excellent technical capability, a global leadership position and a commitment to industry growth through technical innovation".

Gary Nieman, Vice President and General Manager for Single End Rovings/Continuous Filament Mat, said, "We are excited about the Woodshed technology and the power it has to open up new opportunities for composites.

We are convinced that this process will take long fibre reinforced thermoplastics to the next level of higher performance and more cost effective production".

"Long glass fibre reinforced thermoplastics is a growing and important aspect of the composites market.

Direct inline compounding is a natural progression for the industry and we believe it has the potential to be a major segment in the marketplace", Nieman added.

The Woodshed process is completely inline and can be incorporated in the design and installation of new moulding equipment or easily retrofitted to existing equipment.

Continuous reinforcing fibre is combined with molten polymer and the compound is fed directly into the moulding machine while still hot.

The moulder can adjust the fibre length from short to very long, by controlling the speed of the integral strand pelletiser.

Material costs are reduced for the moulder by compounding directly on the moulding machine.

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