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MuCell Extrusion expands capacity to meet rising demand

Source:MuCell Extrusion LLC Release Date:2013-04-15 232
Plastics & Rubber
MuCell Extrusion LLC announces it has nearly doubled its production space, and has introduced new units able to handle higher injection pressures.

MuCell Extrusion LLC has almost doubled its assembly space in 2013, with the addition of a new 6000 square foot building adjacent to its headquarters in Woburn, MA. The new building is designed for assembly and testing of its supercritical fluid hardware, which now includes units available to handle injection pressures of up to 1000 bar (15,000 psi)..

 

“Our business continues to see excellent growth in all of our markets around the globe and we need more space,” said Mark Lindenfelzer, President of MuCell Extrusion LLC. ”We expect to ship roughly 50 systems this year, spread just about evenly between our customers in Asia, North America and Europe. We’re serving a variety of markets, including blown film and blow molding, as well as sheet, wire and cable and pipe applications. Our new facility became available late last year to help us serve this robust customer demand,” he added.

 

“We’re also introducing SCF hardware able to handle injection pressures of 15,000 psi for applications that demand it,” said Lindenfelzer. “These units complement our existing 7,500 psi units, which are unique in the industry in enabling precise control of gas at any output rate. They are ideally matched to microcellular foam extrusion, which requires extremely precise control of gas, often at high pressures,” he said.

 

MuCell technology is based on the direct injection of atmospheric gas (N2, CO2) in its supercritical state. Injection during the supercritical state allows for a single phase gas/polymer solution. Microcellular structure and controlled product density is achieved by the accurate control of gas concentration in combination with the proper release of extrusion pressure.

 

MuCell has applied this technology to most all plastic materials and processes. Polyolefins, polyethylene terephthalate (PET), nylon, polyvinyl chloride (PVC), urethanes, polystyrene (PS), fluropolymers, and many copolymers have all been used extensively with Mucell technology. Rigid sheet, low density flexible sheet, film, pipe/tubing, and blow molding manufacturing processes are also compatible. MuCell's innovative and accessible technology has countless uses in the plastics manufacturing industry.

Arisara Karbdecho
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