This new GLS™ Versaflex™ OM TPE material bonds tightly to nylon substrates to deliver a soft, yet resilient grip for safety, ergonomics and comfort.

In the past, toxic chemicals such as rodenticides were utilized in cable jacketing materials, but these caused concerns regarding human safety.

ColorMatrix™ Fiber Colorant Solutions introduce late-stage color injection for the spin coloring process, and can help to transform the way safety straps, upholstery fabrics, footwear, apparel, industrial fabrics and more are manufactured.

In contrast, MPS shelters are lightweight, portable and can be constructed in hours, rather than days, allowing soldiers to quickly deploy and establish positions of relative safety – even in remote locations.

PolyOne’s Geon™ BIO Flexible Solutions, formulated with a bio-derived plasticizer also complies with phthalate-restrictive regulations such as California’s Prop 65 and the Consumer Product Safety Initiative Act of 2008 (CPSIA).

In addition, a private sector 2013 study (Canon Study) indicated that a significant percentage of U.S. consumers lack a full understanding of the possible safety risks and the true long-term costs of counterfeit electronics.

Achieving this certification signifies Avient's dedication to maintaining the highest standards of quality, safety, and regulatory compliance in the production of materials and solutions for the healthcare sector.

Graphene is a flat, single layer of carbon atoms in sheet form that is significantly stronger than steel.3 It has a high surface area-to-volume ratio, high tensile strength (how much it can stretch before it breaks), and high electron mobility (the speed at which its electrons move when voltage is applied).4 Graphene is not a new material, but it recently became commercially available and is now being used as a polymer additive. Boyson, et al., “Graphene: Sheets of Carbon-based Nanoparticles,” http://www.dummies.com/education/science/nanotechnology/graphene-sheets-of-carbon-based-nanoparticles/ 5E. Compounds at the high end of the resistivity scale shield against electromagnetic interference (EMI) or radio-frequency interference (RFI).1 Faster data transmission and broader electromagnetic frequencies are driving the need for better EMI/RFI protection for electronic devices.2

Graphene is a flat, single layer of carbon atoms in sheet form that is significantly stronger than steel.3 It has a high surface area-to-volume ratio, high tensile strength (how much it can stretch before it breaks), and high electron mobility (the speed at which its electrons move when voltage is applied).4 Graphene is not a new material, but it recently became commercially available and is now being used as a polymer additive. Boyson, et al., “Graphene: Sheets of Carbon-based Nanoparticles,” http://www.dummies.com/education/science/nanotechnology/graphene-sheets-of-carbon-based-nanoparticles/ 5E. Compounds at the high end of the resistivity scale shield against electromagnetic interference (EMI) or radio-frequency interference (RFI).1 Faster data transmission and broader electromagnetic frequencies are driving the need for better EMI/RFI protection for electronic devices.2

Graphene is a flat, single layer of carbon atoms in sheet form that is significantly stronger than steel.3 It has a high surface area-to-volume ratio, high tensile strength (how much it can stretch before it breaks), and high electron mobility (the speed at which its electrons move when voltage is applied).4 Graphene is not a new material, but it recently became commercially available and is now being used as a polymer additive. Boyson, et al., “Graphene: Sheets of Carbon-based Nanoparticles,” http://www.dummies.com/education/science/nanotechnology/graphene-sheets-of-carbon-based-nanoparticles/ 5E. Compounds at the high end of the resistivity scale shield against electromagnetic interference (EMI) or radio-frequency interference (RFI).1 Faster data transmission and broader electromagnetic frequencies are driving the need for better EMI/RFI protection for electronic devices.2