That is why, in support of the objectives of the Paris Agreement, our ambition to achieve operational carbon neutrality by 2050 and aligned goals with our RE100 commitment.

Learn about long fiber technology and why it’s replacing metal.

Why Chose Polyketone Over Nylon?

Why Chose Polyketone Over Nylon?

Why Chose Polyketone Over Nylon?

Create a new olefinic material for an HVAC door flap that would remove weight and withstand copper deposits in a luxury vehicle for an exclusive German automaker. In addition to the lighter weight requirement, the material and process would need to deliver an ultra-low cycle time with improved processability and tailored crystallization dynamics, while also resisting warpage after molding, a common issue for thin walled plastic parts.

The team wanted to give gun makers a recoil pad that would perform two-fold, providing both comfort and superior recoil damping benefits, while also standing up to rigorous wear and tear. The ideal material would withstand extreme weather conditions, frequent use, and the harsh effects of cleaning products.

Beggs and Kunkle would remain unchanged from 2022 as follows: Mr. These awards are described more fully in the “What We Pay and Why: Elements of Compensation” section of this proxy statement. These awards are described more fully in the “What We Pay and Why: Elements of Compensation” section of this proxy statement.

Cause-and-effect analysis of the adhesive bonding process gave PDI the information needed to develop a manufacturing process that would provide necessary bond integrity. According to AxioMed COO Jim Kuras, “The challenge was to assure the polymer portion of the device would maintain its load-bearing properties without undergoing an excessive permanent change in shape, as well as to optimize and characterize the polymer-to-titanium bond.” Simulated, in-vitro testing of the compressive creep and shear viscoelastic properties of the device assured designers that the Freedom Lumbar Disc™ would replicate the natural motion of the spine.

Working closely with the manufacturer’s engineers, Avient determined that the material required a special combination of properties: • A heat-resistant base resin that would provide the level of signal dampening prescribed • Mechanical properties that would ensure an effective electrical connection and at the same time allow for snap-fit installation • A cost-effective solution that would enable the manufacturer to compete in this new market Striving for optimal results, the manufacturer evaluated more than 30 different materials.