Components requiring high strength, stiffness, impact resistance, or extreme temperature tolerance:  Historically, concerns about plastics centered on their structural integrity and ability to withstand temperature fluctuations without melting, warping, or cracking. Specifically, LFTs demonstrate excellent impact performance even at high levels of stiffness, and these materials exhibit low creep compared to their short-fiber counterparts. They are also up to 100 times more fatigue-resistant than polymers reinforced with short fibers, offering a high degree of mechanical resistance to high loads.

Components requiring high strength, stiffness, impact resistance, or extreme temperature tolerance:  Historically, concerns about plastics centered on their structural integrity and ability to withstand temperature fluctuations without melting, warping, or cracking. Specifically, LFTs demonstrate excellent impact performance even at high levels of stiffness, and these materials exhibit low creep compared to their short-fiber counterparts. They are also up to 100 times more fatigue-resistant than polymers reinforced with short fibers, offering a high degree of mechanical resistance to high loads.

Impact Explore Avient's range of high performance colorants and additives solutions. Meets the high-quality and future-oriented coloring needs in high-performance applications.

This weight reduction can directly impact the overall performance of electric vehicles, enhancing their acceleration, range, and energy efficiency.   In the event of a crash or impact, high-strength polymers with good structural performance reduce the threat of deformation and fracture, minimizing the risk of leakage and exposure to hazardous materials. Environmental Impact: Engineered polymers offer significant environmental benefits compared to the metals they are replacing, such as aluminum.

This weight reduction can directly impact the overall performance of electric vehicles, enhancing their acceleration, range, and energy efficiency.   In the event of a crash or impact, high-strength polymers with good structural performance reduce the threat of deformation and fracture, minimizing the risk of leakage and exposure to hazardous materials. Environmental Impact: Engineered polymers offer significant environmental benefits compared to the metals they are replacing, such as aluminum.

This weight reduction can directly impact the overall performance of electric vehicles, enhancing their acceleration, range, and energy efficiency.   In the event of a crash or impact, high-strength polymers with good structural performance reduce the threat of deformation and fracture, minimizing the risk of leakage and exposure to hazardous materials. Environmental Impact: Engineered polymers offer significant environmental benefits compared to the metals they are replacing, such as aluminum.

This weight reduction can directly impact the overall performance of electric vehicles, enhancing their acceleration, range, and energy efficiency.   In the event of a crash or impact, high-strength polymers with good structural performance reduce the threat of deformation and fracture, minimizing the risk of leakage and exposure to hazardous materials. Environmental Impact: Engineered polymers offer significant environmental benefits compared to the metals they are replacing, such as aluminum.

If you’re considering bio-based plastics for the products in your portfolio, but are concerned about maintaining high product quality standards, we have the solution. Impact Impact modification

Impact Boosts impact strength by up to 50% Gives rPP higher impact properties

High Strength & Flame Resistance IMPACT High Modulu