Continuous fiber-reinforced thermoplastics are composite materials that offer significant benefits for designing high-energy-density enclosures. Early consideration of these materials allows for greater design freedom and optimization for complex geometries. By embracing advanced materials and innovative design strategies, manufacturers can achieve higher battery pack energy densities and enhanced vehicle performance.  

Discover our novel design and engineering approach enabling superior prediction of molded-in color aesthetics In this webinar, you’ll learn about an innovative methodology that Avient Design industrial designers and engineers developed to improve insights into final part MIC aesthetics. Their mastery of materials, design and process has uniquely equipped them to solve this problem. 

Discover our novel design and engineering approach enabling superior prediction of molded-in color aesthetics In this webinar, you’ll learn about an innovative methodology that Avient Design industrial designers and engineers developed to improve insights into final part MIC aesthetics. Their mastery of materials, design and process has uniquely equipped them to solve this problem. 

Discover our novel design and engineering approach enabling superior prediction of molded-in color aesthetics In this webinar, you’ll learn about an innovative methodology that Avient Design industrial designers and engineers developed to improve insights into final part MIC aesthetics. Their mastery of materials, design and process has uniquely equipped them to solve this problem. 

Home // BIC Amplifies Sustainable Razor Design with Recycled-Content Material The company’s approach to product design is deeply rooted in the principles of the circular economy and BIC’s 4R philosophy: reducing the amount of raw materials, including as much recycled or alternative materials as possible, making more refillable products, and improving the recyclability of both products and packaging. This material, also known as a thermoplastic elastomer, has a soft, grippy feel and is highly colorable.

Home // BIC Amplifies Sustainable Razor Design with Recycled-Content Material The company’s approach to product design is deeply rooted in the principles of the circular economy and BIC’s 4R philosophy: reducing the amount of raw materials, including as much recycled or alternative materials as possible, making more refillable products, and improving the recyclability of both products and packaging. This material, also known as a thermoplastic elastomer, has a soft, grippy feel and is highly colorable.

Catheter Materials & Medical Tubing Forge new trails with Avient’s advanced polymer solutions, colors, and design help. Forge new trails with Avient’s advanced polymer solutions, colors, and design help.

Home // BIC Amplifies Sustainable Razor Design with Recycled-Content Material The company’s approach to product design is deeply rooted in the principles of the circular economy and BIC’s 4R philosophy: reducing the amount of raw materials, including as much recycled or alternative materials as possible, making more refillable products, and improving the recyclability of both products and packaging. This material, also known as a thermoplastic elastomer, has a soft, grippy feel and is highly colorable.

Home // BIC Amplifies Sustainable Razor Design with Recycled-Content Material The company’s approach to product design is deeply rooted in the principles of the circular economy and BIC’s 4R philosophy: reducing the amount of raw materials, including as much recycled or alternative materials as possible, making more refillable products, and improving the recyclability of both products and packaging. This material, also known as a thermoplastic elastomer, has a soft, grippy feel and is highly colorable.

Home // BIC Amplifies Sustainable Razor Design with Recycled-Content Material The company’s approach to product design is deeply rooted in the principles of the circular economy and BIC’s 4R philosophy: reducing the amount of raw materials, including as much recycled or alternative materials as possible, making more refillable products, and improving the recyclability of both products and packaging. This material, also known as a thermoplastic elastomer, has a soft, grippy feel and is highly colorable.