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MOCOM is a global compounder of thermoplastic polymers. The company with its headquarter in Hamburg, Germany, offers the plastics processing industry a comprehensive range of high-performance customized and standard compound solutions. The high performance and engineering compounds are complimented by the recyclate based compounds which deliver Near-To-Prime properties. MOCOM supplies a wide range of industries including Automotive, Electrical and Electronics, Home and Garden, Sports and Leisure, Transportation, and Healthcare.
As part of the Otto Krahn Group, MOCOM currently employs around 800 people. It has production sites in Duncan, South Carolina (USA), three German locations (Hamburg, Erlenbach, Zülpich) as well as in Changshu (China).
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JRS Chemistry is an established manufacturer and partner for various industries. Our plant based fibers and hydrocolloids are used as functional additives in manifold applications such as polymers and adhesives.
They offer natural barrier design in packaging and are also high quality excipients in enzyme production. For paper makers, technical ceramics and brake pad manufacturers our products give rise to enhanced process efficiency and fine tuning of properties.
Within the JRS Group, we unite over 140 years of experience in customer service and technical support. Our global presence with 31 productions sites and 25 sales offices allows us to think globally and serve our customers locally according to their unique needs.
Plastics Engineering Company is a leading North American manufacturer of phenolic resins and thermoset molding materials, selling products under its trademark Plenco®.
If you have a phenolic resin or thermoset molding material project, chances are, the Plenco team can make it work. We've been doing it for over 80 years.
"Carbon Fiber Remanufacturing (CFR) develops alternatives to land filling of excess post industrial carbon fiber materials by development of improved and new products in industrial, commercial and retail product applications utilizing reclaimed carbon fiber. The composites industry estimates that 30% of carbon fibers become excess or part of the waste stream in the manufacturing process. CFR processes reclaimed carbon fiber from fabric selvage, preform, and tow (loose or on tubes) by de-tangling, milling, cutting and preparing the materials for use in certain product applications developed in teamwork with manufacturing clients. Critical to CFR’s ability to manage these carbon fiber waste streams is the ongoing development of best uses and new markets for remanufactured carbon fiber composite material forms. CFR was established in 2011 to develop a comprehensive recycling program for high tech carbon fibers in service to a world-wide base of manufacturers in the composites and aerospace industries."
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