Advanced composite solutions from Avient provide high-strength, lightweight, and corrosion resistant performance for products across a wide range of industries and markets.

Providing excellent chemical resistance, low moisture uptake, dimensional stability, and high impact and wear resistance for a high-performing and more eco-conscious alternative to nylons. Our health care solutions are designed to solve challenging medical application issues from corrosion and chemical resistance to antimicrobial needs. Chemical & Corrosion Resistant Formulations

CORE™ Wear-Resistant Vinyl Plastisols Chemical & Corrosion Resistant Formulations Corrosion Resistant Additives

Fiber-reinforced formulations offer higher strength-to-weight ratio than traditional metals, such as steel and aluminum, and offer enhancements such as scratch resistance, corrosion resistance, insulation properties, low susceptibility to moisture, and high mechanical properties. Chemical & Corrosion Resistant Formulations Corrosion Resistant Additives

The material was found to be very slippery, resistant to high heat, and chemically inert. When melt processing fluoropolymers, accelerated thermal decomposition should be avoided by having accurate temperature control, and in some cases, using corrosion-resistant materials for processing equipment3. For example, the heat and chemical resistance of a fluoropolymer will greatly influence the pigment selection process.  

The material was found to be very slippery, resistant to high heat, and chemically inert. When melt processing fluoropolymers, accelerated thermal decomposition should be avoided by having accurate temperature control, and in some cases, using corrosion-resistant materials for processing equipment3. For example, the heat and chemical resistance of a fluoropolymer will greatly influence the pigment selection process.  

The material was found to be very slippery, resistant to high heat, and chemically inert. When melt processing fluoropolymers, accelerated thermal decomposition should be avoided by having accurate temperature control, and in some cases, using corrosion-resistant materials for processing equipment3. For example, the heat and chemical resistance of a fluoropolymer will greatly influence the pigment selection process.  

The material was found to be very slippery, resistant to high heat, and chemically inert. When melt processing fluoropolymers, accelerated thermal decomposition should be avoided by having accurate temperature control, and in some cases, using corrosion-resistant materials for processing equipment3. For example, the heat and chemical resistance of a fluoropolymer will greatly influence the pigment selection process.  

The material was found to be very slippery, resistant to high heat, and chemically inert. When melt processing fluoropolymers, accelerated thermal decomposition should be avoided by having accurate temperature control, and in some cases, using corrosion-resistant materials for processing equipment3. For example, the heat and chemical resistance of a fluoropolymer will greatly influence the pigment selection process.  

Chemical & Corrosion Resistant Formulations Complēt™ Moisture Resistant Nylons Corrosion Resistant Additives