With a new approach, KraussMaffei Reaction Process Machinery wants to bring the pultrusion process for the uninterrupted production of highly filled, fiber-reinforced plastic components to a new ...

A research team from the Skoltech Center for Design, Manufacturing and Materials (CDMM) studied the effects of processing additives - aluminum hydroxide and zinc stearate - on the polymerization ...

"Polyurethane is the pultrusion resin of the future." That's the sentiment of Bayer MaterialScience polyurethane expert Harry George. "Polyurethane chemistry offers many benefits over the chemistries ...

The North American Pultrusion Conference (NAPC), held 6-8 May in Chicago, explored pultruded composite properties, advances and applications. Organised by the American Composites Manufacturers ...

A group of scientists from the Skoltech Center for Design, Manufacturing and Materials (CDMM) and University of Salerno (Italy) focused on improving pultrusion process productivity by optimizing ...

One great advantage of the pultrusion process is its ability to efficiently manufacture long, straight composite parts with high strength on the longitudinal axis and a wide variety of complex ...

Production of single-use, consumable wings for weapons or UAVs is automated, using the pultrusion process. Wing design meets flight performance requirements despite sacrificing some aerodynamic ...

Pultrusion is one of the technologies used to produce fibre-reinforced plastic composites. This continuous manufacturing method produces fixed cross-sections for both solid and hollow components.

A research team from the Skoltech Center for Design, Manufacturing and Materials (CDMM) has studied the effects of processing additives—aluminum hydroxide and zinc stearate—on the polymerization ...