Design and Processing Flexibility: The versatility of plastic opens up new avenues for battery design and integration within electric vehicles. Engineered polymers can be designed with specific thermal properties, possessing either excellent thermal conductivity or enabling efficient heat dissipation from the battery cells. Thermally conductive formulations can also be electrically isolative or conductive, combining thermal performance with protection from electrostatic discharge and electromagnetic interference, depending on the needs of the specific component. 

Design and Processing Flexibility: The versatility of plastic opens up new avenues for battery design and integration within electric vehicles. Engineered polymers can be designed with specific thermal properties, possessing either excellent thermal conductivity or enabling efficient heat dissipation from the battery cells. Thermally conductive formulations can also be electrically isolative or conductive, combining thermal performance with protection from electrostatic discharge and electromagnetic interference, depending on the needs of the specific component. 

Design and Processing Flexibility: The versatility of plastic opens up new avenues for battery design and integration within electric vehicles. Engineered polymers can be designed with specific thermal properties, possessing either excellent thermal conductivity or enabling efficient heat dissipation from the battery cells. Thermally conductive formulations can also be electrically isolative or conductive, combining thermal performance with protection from electrostatic discharge and electromagnetic interference, depending on the needs of the specific component. 

Microbe growth on plastic can deteriorate performance and also lead to undesirable staining and odor issues. To better evaluate how to protect plastic parts from microbial attack, Avient conducted a study to screen a variety of plastic substrates for susceptibility using American Society for Testing and Materials (ASTM) G21 (fungi susceptibility), Japanese Industrial Standard (JIS) Z2801, and modified ASTM E1428-15a (bacterial susceptibility) test standards.

Microbe growth on plastic can deteriorate performance and also lead to undesirable staining and odor issues. To better evaluate how to protect plastic parts from microbial attack, Avient conducted a study to screen a variety of plastic substrates for susceptibility using American Society for Testing and Materials (ASTM) G21 (fungi susceptibility), Japanese Industrial Standard (JIS) Z2801, and modified ASTM E1428-15a (bacterial susceptibility) test standards.

Microbe growth on plastic can deteriorate performance and also lead to undesirable staining and odor issues. To better evaluate how to protect plastic parts from microbial attack, Avient conducted a study to screen a variety of plastic substrates for susceptibility using American Society for Testing and Materials (ASTM) G21 (fungi susceptibility), Japanese Industrial Standard (JIS) Z2801, and modified ASTM E1428-15a (bacterial susceptibility) test standards.

Code of Conduct Supplier Code of Conduct See how Avient opens up possibilities for the world through plastics

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Thermal Conductivity in Plate Heat Exchanger Thermal and Electrical Conductivity for LED Heat Sink CORE™ Vinyl Powder Coatings are dry blends of suspension PVC resins that are plasticized for flexibility

Thermal Conductivity in Plate Heat Exchanger Thermal and Electrical Conductivity for LED Heat Sink CORE™ Vinyl Powder Coatings are dry blends of suspension PVC resins that are plasticized for flexibility