Nordson Corporation’s Polymer Processing Systems line of business provides customers with a uniquely broad range of Nordson technologies to melt, homogenize, filter, meter and give shape to plastics. Following a series of strategic acquisitions, Nordson now manufactures underwater pelletizing systems and precision melt stream components starting with the screws and barrels for extrusion and molding and proceeding downstream to the dies used to produce film, sheet, coatings, and pellets. In between are a diversity of critical components such as filtration systems, pumps, and valves.
The product lines behind Nordson PPS are:
Custom-engineered extrusion die systems, backed by years of experience in the field of die design and manufacturing, provide you with equipment that refines your final product while creating efficiencies in your production process. Each of our extrusion die systems is designed to meet your specific needs and process parameters. Nordson also offers ancillary equipment for added safety and reduced downtime for maintenance, and enhanced product quality through customized manifolds.
As a pioneer in screw and barrel technology, Nordson can optimize functionality and improve operation efficiency with Xaloy® bimetallic barrels and screws for a wide range of injection molding and extrusion applications. Xaloy® bimetallic barrels offer excellent wear and corrosion resistance for a longer working life and guarantee optimum process conditions. With innovative screw designs, customized to the precise processor’s needs, Xaloy® screws maximize production and enhance product quality.
Nordson's BKG® product line consists of underwater and water-ring pelletizing systems, pellet dryers, screen changers, melt pumps, polymer valves, static mixers and cleaning ovens.
Turnkey complete lines with throughputs of 2 – 35,000 kg/h are available. All materials which have thermoplastic features may be reliably processed. Innovative concepts of BKG screen changers allow for a process-, pressure- and volume constant filtration.