The new products have been very well received by consumers, and have allowed the company to neutralize the competitive threat from all-plastic sprayers. Lower system costs = higher margins: By reducing waste from part deformation, the Avient TPE allowed the manufacturer to leverage efficient, fast 2K molding for system cost reduction. Gripping feel = safety and usability for customers: Hand grips created from overmolded OnFlex-S TPE provide excellent anti-slip performance even when wet.

Protecting your CEEE Applications from Counterfeiters Explore what's possible with Glasforms composite profiles, from sizing options to target applications. Discover materials from Avient that can enable faster and more reliable communication, minimize signal loss and maximize connectivity, protect electronics from static build up and radio frequency interference.

Ballistic system from Edwards Design and Fabrication, Inc. relies on GlasArmor™ Panels Ballistic system from Edwards Design and Fabrication, Inc. relies on GlasArmor™ Panels Discover sustainable specialty engineered polymers from Avient. 

Protecting your CEEE Applications from Counterfeiters Information on the application and use of light shield additives to protect products from light damage Information on application and use of light shield additives to protect products from light damage (Chinese language version)

Protecting your CEEE Applications from Counterfeiters Information on the application and use of light shield additives to protect products from light damage Information on application and use of light shield additives to protect products from light damage (Chinese language version)

Ballistic system from Edwards Design and Fabrication, Inc. relies on GlasArmor™ Panels Ballistic system from Edwards Design and Fabrication, Inc. relies on GlasArmor™ Panels Discover sustainable specialty engineered polymers from Avient. 

Added in at volumes ranging from less than 1 percent to more than 70 percent by weight, minerals are typically mined from the earth and then refined to produce uniform particle size distribution. They also act as semi-conductors in cables and protect electronics from interference. Biobased fibers and fillers come from renewable resources, such as the waste from harvesting and processing agricultural products or sometimes from nonfood crops, such as hemp, grown specifically for industrial use.

Added in at volumes ranging from less than 1 percent to more than 70 percent by weight, minerals are typically mined from the earth and then refined to produce uniform particle size distribution. They also act as semi-conductors in cables and protect electronics from interference. Biobased fibers and fillers come from renewable resources, such as the waste from harvesting and processing agricultural products or sometimes from nonfood crops, such as hemp, grown specifically for industrial use.

Added in at volumes ranging from less than 1 percent to more than 70 percent by weight, minerals are typically mined from the earth and then refined to produce uniform particle size distribution. They also act as semi-conductors in cables and protect electronics from interference. Biobased fibers and fillers come from renewable resources, such as the waste from harvesting and processing agricultural products or sometimes from nonfood crops, such as hemp, grown specifically for industrial use.

Added in at volumes ranging from less than 1 percent to more than 70 percent by weight, minerals are typically mined from the earth and then refined to produce uniform particle size distribution. They also act as semi-conductors in cables and protect electronics from interference. Biobased fibers and fillers come from renewable resources, such as the waste from harvesting and processing agricultural products or sometimes from nonfood crops, such as hemp, grown specifically for industrial use.