https://www.avient.com/news/polyone-expands-automotive-engineered-polymer-portfolio-electriplast-conductive-long-fiber-technology
We've been seeking a commercialization team to accelerate growth in the automotive industry for some time now, and ultimately chose PolyOne for its deep polymer expertise, global reach, and brand excellence," said Doug Bathauer, CEO, Integral Technologies Inc.
https://www.avient.com/knowledge-base/article/deep-black-shades-polyester-textiles?rtype[]=1164
Our team of fiber experts provides product guidance and assistance in any process optimization or fine-tuning stage, from developing custom masterbatches to using the correct processing settings for optimal spin-dyeing results.
https://www.avient.com/knowledge-base/article/deep-black-shades-polyester-textiles?ind[]=21537
Our team of fiber experts provides product guidance and assistance in any process optimization or fine-tuning stage, from developing custom masterbatches to using the correct processing settings for optimal spin-dyeing results.
https://www.avient.com/knowledge-base/article/deep-black-shades-polyester-textiles?sust[]=1139
Our team of fiber experts provides product guidance and assistance in any process optimization or fine-tuning stage, from developing custom masterbatches to using the correct processing settings for optimal spin-dyeing results.
https://www.avient.com/sites/default/files/2021-12/composite-vibratory-springs-case-study.pdf
THE SOLUTION
The company’s product management team reached
out to Avient’s Gordon Composites group to identify an
alternative spring solution.
Drawing on over 65 years of
composite expertise in manufacturing high performance
archery bow limbs - which require consistent, deep
deflection under high loads each time the bowstring is
pulled - the Gordon Composites team has translated
this technology into continuous fiber reinforced
composite springs that are specifically engineered to
meet the rigorous demands of vibratory conveyors.
Working together to understand the unique
requirements for the company’s conveyor application,
the engineering team at Avient developed customized
flat springs that provide more consistent quality and
longer fatigue life than the original components,
improving conveyor performance and longevity.
https://www.avient.com/sites/default/files/2020-08/willowwood-prosthetics-case-study.pdf
Through their close work with amputees from all
five activity levels of the MFCL system, the team at
WillowWood recognized that prosthetic options were
limited for K2 amputees who are able to handle more
uneven surfaces.
THE SOLUTION
Leveraging decades of experience creating customized
composite materials for archery bow limbs and other
high-performance applications, the engineers at Avient
worked closely with WillowWood’s special products
team to identify a solution.
Beyond material selection, the collaborative team also
identified a proprietary design and finishing process
that could be achieved with the tooling already in place
at WillowWood’s Ohio-based manufacturing facility.
https://www.avient.com/investor-center/news/polyone-announces-third-quarter-2019-results
See Attachment 3 for a definition and summary of special items.
See Attachment 3 for a definition and summary of special items.
See Attachment 3 for a definition and summary of special items and tax adjustments.
https://www.avient.com/sites/default/files/2020-12/maxxam-fr-case-study.pdf
After delivering
polypropylene-based samples from the Maxxam™ FR line
for immediate trial, the Avient team also worked with
the manufacturer to help them determine the best pair
combination design.
After Avient delivered test data for pair combinations and
the manufacturer’s team completed material trials, they
were able to replace FEP with Maxxam FR material in four
out of four insulation pairs.
https://www.avient.com/sites/default/files/2020-10/luxury-closures-gravi-tech-design-guide-2.0-application-specific.pdf
Figure 11 shows how to design a non-
structural hole.
Figure 41 shows how the stripper
plate works.
The layer of plastic
just inside of the frozen layer sees the highest
shear rates.
https://www.avient.com/sites/default/files/2022-04/Sustainable Material Answers_ Recycled PET 2022.pdf
Introduction
http://www.petresin.org/news_introtoPET.asp
How is rPET made?
How is rPET used?
This graphic shows how the circular economy
works through PET water bottles.