Glass fibers are commonly added to nylon, polypropylene and other polymers to make glass-fiber reinforced plastic (GFRP) that is stiffer and stronger than unfilled polymer. Combining fiber types, such as long-glass and long-carbon fibers, or combining fibers with minerals, such as talc, can optimize the cost and physical properties of your composite. Molding with Long-Fiber Composites To preserve the fiber size, use long-fiber compound pellets instead of standard pellets.

Glass fibers are commonly added to nylon, polypropylene and other polymers to make glass-fiber reinforced plastic (GFRP) that is stiffer and stronger than unfilled polymer. Combining fiber types, such as long-glass and long-carbon fibers, or combining fibers with minerals, such as talc, can optimize the cost and physical properties of your composite. Molding with Long-Fiber Composites To preserve the fiber size, use long-fiber compound pellets instead of standard pellets.

Glass fibers are commonly added to nylon, polypropylene and other polymers to make glass-fiber reinforced plastic (GFRP) that is stiffer and stronger than unfilled polymer. Combining fiber types, such as long-glass and long-carbon fibers, or combining fibers with minerals, such as talc, can optimize the cost and physical properties of your composite. Molding with Long-Fiber Composites To preserve the fiber size, use long-fiber compound pellets instead of standard pellets.

Glass fibers are commonly added to nylon, polypropylene and other polymers to make glass-fiber reinforced plastic (GFRP) that is stiffer and stronger than unfilled polymer. Combining fiber types, such as long-glass and long-carbon fibers, or combining fibers with minerals, such as talc, can optimize the cost and physical properties of your composite. Molding with Long-Fiber Composites To preserve the fiber size, use long-fiber compound pellets instead of standard pellets.

Glass fibers are commonly added to nylon, polypropylene and other polymers to make glass-fiber reinforced plastic (GFRP) that is stiffer and stronger than unfilled polymer. Combining fiber types, such as long-glass and long-carbon fibers, or combining fibers with minerals, such as talc, can optimize the cost and physical properties of your composite. Molding with Long-Fiber Composites To preserve the fiber size, use long-fiber compound pellets instead of standard pellets.

Glass fibers are commonly added to nylon, polypropylene and other polymers to make glass-fiber reinforced plastic (GFRP) that is stiffer and stronger than unfilled polymer. Combining fiber types, such as long-glass and long-carbon fibers, or combining fibers with minerals, such as talc, can optimize the cost and physical properties of your composite. Molding with Long-Fiber Composites To preserve the fiber size, use long-fiber compound pellets instead of standard pellets.

Complēt™ MT Long Fiber Composites Complēt™ 50% long glass fiber reinforced specialty PA66 thermoplastic replaces die-cast aluminum Learn how long fiber composite pellets are made

Continuous fiber-reinforced thermoplastic composites Moisture-resistant Complēt™ long glass fiber reinforced formulation improves strength, design freedom, and finish Complēt™ MT Long Glass Fiber Reinforced Nylon 6 improved durability and vibration damping allowing the blades to flex and absorb energy from minor impacts

Glass fibers are commonly added to nylon, polypropylene and other polymers to make glass-fiber reinforced plastic (GFRP) that is stiffer and stronger than unfilled polymer. Combining fiber types, such as long-glass and long-carbon fibers, or combining fibers with minerals, such as talc, can optimize the cost and physical properties of your composite. Molding with Long-Fiber Composites To preserve the fiber size, use long-fiber compound pellets instead of standard pellets.

With a weight savings of more than 50% compared to plywood, these continuous-fiber reinforced thermoplastic composite sandwich panels offer boat manufacturers a lighter, more efficient alternative to traditional marine construction materials. Hammerhead Marine Composite Panels are made from continuous glass-fiber reinforced thermoplastic face sheets and polyester foam cores. Light-weighting solutions that replace heavier traditional materials like metal, glass and wood, which can improve fuel efficiency in all modes of transportation and reduce carbon footprint