Organic antimicrobials consist of substances that migrate within the polymer matrix, spreading over the surface of the materials where their antimicrobial action has effect. Non- toxic, non-corrosive and flameproof, inorganic antimicrobials have no negative impact on plastic and synthetic fiber processing. Processing conditions can cause material properties to shift from the values stated in the information.

Static charges that build up on the surface of plastic products can attract dust and dirt, cause sheet and film to cling, and cause stacked products to stick together. As polymer material moves through shear-inducing production equipment, positive or negative static charges can build up on the surface. Processing conditions can cause material properties to shift from the values stated in the information.

CESA™ Antimicro additives inhibit the growth of microorganisms on plastic articles, helping prevent unpleasant odors and discoloration. Processing conditions can cause material properties to shift from the values stated in the information. POLYMER FAMILY MATERIAL PRODUCT NAME PRODUCT TYPE DOSAGE Polyolefin PEAN698413 CESA Antimicro SE 99-58 Silver 2–7.5% Polyolefin PEAN698432 CESA Antimicro J8146 Zinc 1–4% Polypropylene PPA0698636 CESA Antimicro J8259 Zinc 1–4% Nylon ABA0820032 CESA Antimicro ABA0820032 Silver 2–7.5% Polyester NBAN698441 CESA Antimicro S58441 Silver 2–7.5% Polycarbonate NCAN820009 CESA Antimicro NCAN820009 Silver 2–7.5% TPU RUA0698433 CESA Antimicro J8843 Zinc 1–4% Styrenic SLA0820011 CESA Antimicro SLA0820011 Zinc 1–4%

There are a variety of Avient TPEs designed to have excellent adhesion to a number of rigid plastic substrates for overmolding. PC, ABS and PC/ABS overmolding materials are available in water-clear, natural, thin wall overmolding, and high performance grades.

One way clothing and footwear producers are working to address these priorities is by using more recycled raw materials, such as recycled polyester from polyethylene terephthalate (PET) bottles, within their synthetic fibers. The plastic mass is then shaped into filaments, spun, and texturized into an already-dyed yarn.

To bring USee™ from concept to completion, Avient’s team of industrial designers and engineers combined their expertise in materials science, manufacturing and design to overcome performance and production challenges. Avient’s design team assisted with the design, process analysis and production of the injection-molded plastic USee™ device, which includes a copolyester frame, medical-grade polycarbonate lenses, and acetal for the dials and gears.

One way clothing and footwear producers are working to address these priorities is by using more recycled raw materials, such as recycled polyester from polyethylene terephthalate (PET) bottles, within their synthetic fibers. The plastic mass is then shaped into filaments, spun, and texturized into an already-dyed yarn.

One way clothing and footwear producers are working to address these priorities is by using more recycled raw materials, such as recycled polyester from polyethylene terephthalate (PET) bottles, within their synthetic fibers. The plastic mass is then shaped into filaments, spun, and texturized into an already-dyed yarn.

To bring USee™ from concept to completion, Avient’s team of industrial designers and engineers combined their expertise in materials science, manufacturing and design to overcome performance and production challenges. Avient’s design team assisted with the design, process analysis and production of the injection-molded plastic USee™ device, which includes a copolyester frame, medical-grade polycarbonate lenses, and acetal for the dials and gears.

To bring USee™ from concept to completion, Avient’s team of industrial designers and engineers combined their expertise in materials science, manufacturing and design to overcome performance and production challenges. Avient’s design team assisted with the design, process analysis and production of the injection-molded plastic USee™ device, which includes a copolyester frame, medical-grade polycarbonate lenses, and acetal for the dials and gears.