Our products help customers reduce energy consumption, limit the use of non-renewable resources and make greater use of recycled materials. We can help you make the world more colorful while enhancing your product and process performance. If you can dream it, we can give you the materials you need to make it.

Read how the combined value of a specialty TPE and technical support met processing and performance demands Discover how Avient's in-plastic solution can protect against counterfeiting in E&E applications Learn how to use a ColorMatrix™ FlexCart™ Liquid Metering System to process Hiformer™ Liquid Additives for Polyolefins (Korean language version)

One material currently used to make personal protective products is para-aramid. In contrast, the unique properties of Dyneema® materials make them inherently resistant to moisture and easy to wipe clean – meaning there is no need to apply a PFAS-containing surface treatment. Its unrivaled ballistic stopping power and ultra-low weight make it the ideal solution, without intentionally added PFAS, for crafting high-performance armor that protects those who protect us.

Contact us to learn about the latest technologies developed for fiber optic cables and how they can protect your technology in demanding industry applications. 

Find out how you can strengthen your design game with this principle. We've interviewed Chris Lefteri, Marshall Hamachi, and Owen Foster to glean their insights on materials-centric design, plus rounded up some success stories from the Avient Design team to illustrate how this concept plays out in the real world. 

How Avient Edgetek™ formulations make the difference for 5G base station antenna applications (Chinese language version) How Gravi-Tech makes the difference for packaging closures in the luxury cosmetics and spirits markets Discover how Avient custom polymer formulations make the difference for 5G base station antenna phase shifts (Chinese language version)

How Avient Edgetek™ formulations make the difference for 5G base station antenna applications (Chinese language version) How Gravi-Tech makes the difference for packaging closures in the luxury cosmetics and spirits markets Discover how Avient custom polymer formulations make the difference for 5G base station antenna phase shifts (Chinese language version)

However, the combinations of materials that make up the composites themselves can be as varied as the end-uses. Thermoplastics used in making composites range from polypropylene (PP), nylon (PA) and polycarbonate (PC) to polyester, polyphenylene sulfide (PPS), and polyetheretherketone (PEEK).

However, the combinations of materials that make up the composites themselves can be as varied as the end-uses. Thermoplastics used in making composites range from polypropylene (PP), nylon (PA) and polycarbonate (PC) to polyester, polyphenylene sulfide (PPS), and polyetheretherketone (PEEK).

This technology enhances the ability of clinicians to make visual confirmation of fluid flow and can allow for detection of potentially harmful air bubbles that might cause embolisms, while patients can experience greater comfort via use of a single catheter. Our focus is on helping customers succeed though a combination of world-class technical expertise, regulatory assistance, and industry know-how.