https://www.avient.com/knowledge-base/case-study/reducing-weight-automotive-parts?rtype[]=1124
Hydrocerol improved productivity up to 20% due to lower cycle times and processability on different injection molding units.
https://www.avient.com/knowledge-base/case-study/reducing-weight-automotive-parts?psfam[]=10812
Hydrocerol improved productivity up to 20% due to lower cycle times and processability on different injection molding units.
https://www.avient.com/knowledge-base/case-study/reducing-weight-automotive-parts?pname[]=17692
Hydrocerol improved productivity up to 20% due to lower cycle times and processability on different injection molding units.
https://www.avient.com/knowledge-base/case-study/reducing-weight-automotive-parts?ind[]=6601
Hydrocerol improved productivity up to 20% due to lower cycle times and processability on different injection molding units.
https://www.avient.com/knowledge-base/case-study/utilizing-ocean-plastic-more-circular-economy
Available in North America, injection-moldable reSound™ REC TPEs utilize 9-83% recycled content, and both grades can be overmolded onto polypropylene (PP).
https://www.avient.com/news/archives?page=37
POMMERLOCH, Luxembourg – May 25, 2020 – PolyOne recently collaborated with a leading global automotive OEM and its injection molder to eliminate p
https://www.avient.com/knowledge-base/article/using-tpes-white-or-light-colored-phone-cases
4 Ways Blue Jean Stain Resistant TPEs Can Improve Phone Case Designs
With blue jean stain resistant TPEs, designers will enjoy:
Designs that come to life faster
Get your white or light-colored phone case designs into the hands of consumers faster.
https://www.avient.com/products/advanced-composites/continuous-fiber-composite-panels/polystrand-thermoplastic-composite-panels
Panel material selection and design considerations – get the Design Guide
Panel material selection and design considerations – get the Design Guide
Avient Design
https://www.avient.com/sites/default/files/2021-04/gravi-tech-pipe-system-valve-case-study.pdf
(API) of Gainesville, Texas, a manufacturer of plastic pipe components, saw an opportunity to design a flapper valve that could improve upon traditional brass valves and enable non-corrosive, all-plastic piping systems.
THE IMPACT Gravi-Tech high-density formulations enabled API to design and mold a patented, full-opening flapper valve that is not only unique in the market, but also offers important cost, performance and environmental advantages over brass.. • System cost reduction = competitive advantage: The PolyChek valve featuring Gravi-Tech materials offer customers faster installation, less maintenance and longer life. • Design freedom = unique product offering: The ability to injection mold Gravi-Tech materials instead of machining brass enabled API to design a cost-effective, full-opening flapper valve that is 100% pigable. • High performance = customer satisfaction: The PolyChek valve gives API’s customers the ability to create all-plastic piping systems that eliminate leakage and weak spots. • Elimination of lead = increased safety and compliance: Replacing brass with Gravi-Tech high-density formulations eliminates health and safety concerns about lead. • Use of existing tooling = lower capital costs: API was able to use the same mold originally designed for nylon to run the Gravi-Tech materials, saving the substantial costs of retooling.
Thanks to the customized Gravi-Tech material, API was able to successfully design and mold a flapper valve that is the only one of its kind on the market—and offers a less expensive solution than traditional brass valves.
https://www.avient.com/sites/default/files/2021-01/sem-base-station-antenna-application-bulletin.pdf
With faster material lead times, manufacturers of 5th generation (5G) antennas can qualify designs faster and meet the demands of rapidly deploying 5G infrastructures.
Specific Dk Material – Our custom formulations give your antenna design the specific Dk needed, beween 3.0 Dk and 9.0 Dk.
Further, injection- moldable materials allow for unique antenna designs and complex shapes, while only simple shapes are possible when using traditional materials.