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 ...

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 ...

When I think of pultrusion, I think of a continuous process to produce lineal shapes, such as I-beams or legs for ladders. I think of it as a reverse extrusion process because reinforced fibers are ...

The technique of producing continuous lengths of reinforced polymer structures by utilizing a pulling system is known as pultrusion. This method is extremely versatile, lending itself to the ...

The first-phase project of NMG Composites’ wind power pultrusion production line, with a production capacity of 10,000 tons, adopts the most advanced pultrusion process while maintaining constant ...

“We’re making vehicles lighter. This will allow them to transport higher cargo loads while using less energy.” This is the corporate philosophy of Carbon Truck & Trailer GmbH. A new iPul pultrusion ...

Waste conversion. A process that converts end-of-life plastics into carbon nanotubes is the subject of a patent application from Trimtabs Ltd. of Swansea, Wales. The patent application points out ...

Epsilon Composite is a pioneer and world leader in high performance composite materials thanks to the pultrusion process. This highly efficient technology combined with the extraordinary properties of ...

The 2020 Chevrolet Corvette Stingray that General Motors Co. unveiled in July has a curved, multihollow pultruded carbon fiber bumper beam. It's a first for the automotive industry, according to Shape ...