https://www.avient.com/sites/default/files/2024-03/Global Supplier Quality Manual_2024.pdf
Detailed requirements relating to the product features are
defined in the product specifications.
Supplier approval status shall be
updated based on the results of the supplier assessment and on-site audit, if performed.
3.2 Performance Evaluation
Avient utilizes the vendor scorecard system (and associated Supplier Performance Report) which
records and tracks supplier performance related to delivery, product quality and purchase order
(PO) requirements.
Avient
reserves the right to verify the changed sub-tier supplier structure.
5.0 Avient Business Expectations
Suppliers may be asked to provide additional material specific documentation related to the following
functional areas:
Environmental, Health, and Safety
Regulatory
Sourcing
Purchasing
Technology / Research & Development
Any other functional group-specific requirements may be communicated through the appropriate
Avient representative.
https://www.avient.com/sites/default/files/2022-03/Asia SEM Healthcare Product Selection Guide %281%29.pdf
MATERIAL DESCRIPTION BASE RESIN
Trilliant™ HC2020 Copolyester
Trilliant™ HC8910/8920 Polyketone/ABS blend
Trilliant™ HC2120 Tritan
Trilliant™ HC3120 PC
Trilliant™ HC5210 PP
Trilliant™ HC6010 PA6
Trilliant™ HC6610 PA66
Trilliant™ GRV-NP-110-W PA12
TRILLIANT™ HC THERMOPLASTICS
• Chemically resistant replacement for FR PC/ABS,
FR PC/PET & FR COPE, providing UL 94 Yellow
Card V-0 flame rating at 1.5 mm, V-1 at 0.75 mm
thicknesses for a broad color spectrum
• Outperforms PC/ABS, PC/PET and COPE in
resistance to common disinfectants
• Retains tensile strength after 72-hour exposure
to common hospital disinfectants, and shows
better long-term chemical resistance as
compared to PC blends and COPE
• Exhibits good impact and temperature resistance
• Available in natural grades, standard medical
colors, or custom pre-colored products
Applications:
• Medical device housings
• MRI, X-ray, CT scanner components
• Surgical instruments such as staplers, dissectors,
scissors
• Auto-injector pen
TRILLIANT™ HC
ELECTRICALLY
CONDUCTIVE
FORMULATIONS
• Consistent conductivity ensures repeatable
part performance and minimizes failures
related to inconsistent electrical conductivity
• High flow and easy processing facilitate filling
of thin wall parts and multiple cavity tools,
which enable faster cycle times and lower
per-unit part costs
• Superior durability reduces breakage and
resultant scrap related costs
• Less tendency to flash results in improved
appearance and less fluid retention in or on
the tip, thus driving greater accuracy and less
potential for cross-contamination
• High strength produces parts with greater
stiffness and warp resistance, again
minimizing scrap-related costs
Applications:
• Conductive pipette tips
TEST
TEMS
SPECIFIC
GRAVITY
MELT FLOW
RATE
(230OC,
2.16KG)
TENSILE
STRENGTH
FLEXURAL
STRENGTH
FLEXURAL
MODULUS
IMPACT
STRENGTH
NOTCHED,
IZOD
SURFACE
RESISTIVITY
Method ASTM D-792 ASTM D-1238 ASTM D-638 ASTM D-790 ASTM D-790 ASTM D-256 ASTM D-257
Unit -- g/10min MPa MPa MPa J/m Ohms/sq.
https://www.avient.com/sites/default/files/2022-02/Pipe and Conduit OEM App Snapshot final.pdf
continuous lifting of 55 lbs. bags) and eliminate transport
of raw material up stairs or on to mezzanine to reduce
potential for injuries during material handling
• Provide a dust-free raw material handling and
manufacturing environment
• Alleviate employee health concerns by providing a cleaner
production floor and lower levels of airborne TiO2 dust
• Maintain an OSHA compliant facility
• Automated a raw material handling solution
that included no lifting, cutting, or tearing of
raw material packaging
• Eliminated fine TiO2 and pigment-related
particles, providing cleaner air in
manufacturing areas
• Provided a safe and sustainable
environment by helping reduce workplace
dust exposure
• Enabled employee redeployment to other
activities, optimizing use of labor
ColorMatrix™ Liquid Colorant
and Dosing Equipment
KEY REQUIREMENTS
WHY AVIENT?
https://www.avient.com/sites/default/files/2024-12/2024 Avient Executive Bios_Amy Sanders.pdf
Sanders joined Avient in April 2024 and has responsibility for all legal functions, including
contracts and transactions, M&A, compliance, labor relations, digital information, privacy, and
intellectual property.
https://www.avient.com/sites/default/files/2024-09/Avient_RY 2023 CDP Verification Opinion Declaration.pdf
This verification opinion declaration
applies to the related information included within the scope of work described below.
Boundaries of the reporting company GHG emissions covered by the verification:
• Operational Control
• Global
Exclusions:
• Fugitive refrigerants from units
https://www.avient.com/idea/exploring-benefits-bio-based-alternatives
In addition to avoiding possible fines, investing in these solutions can also enhance a company’s reputation, attracting investors and stakeholders who prioritize sustainability.
https://www.avient.com/sites/default/files/2021-02/avients-publication-of-uk-tax-strategy.pdf
Attitude of the Avient Group and level of risk the Avient Group accepts in relation to UK taxation
The Avient Group does not engage in artificial tax arrangements.
https://www.avient.com/sites/default/files/2024-09/Terms and Conditions of Sale for Denmark.pdf
If Seller grants a discount, such discount
only relates to the delivery and/or quantity of the
Products specifically mentioned in Seller’s order
confirmation.
Enhver sådan erklæring, prøve eller anden information
fra Sælger i relation til Specifikationerne, Produkterne
og brugen heraf er kun tilvejebragt for at informere
Køber og er ikke garantier eller repræsentationer af
ydeevne.
Any such statement, sample or other infor-
mation of Seller in relation to the Specifications, the
Products and the use thereof are furnished for the
accommodation of Buyer only and are not warran-
ties or representations of performance
15.
https://www.avient.com/products/engineered-polymer-formulations/chemical-corrosion-resistant-formulations/trilliant-hc-healthcare-thermoplastics
Learn more about material compatibility to minimize disinfectant-related failures.
Explore various polymer performance to understand how material selection can prevent cracking and crazing, minimizing disinfectant-related failures in medical devices