Together, we can look for areas where polymers provide equivalent performance to traditional materials along with a host of other benefits, and evaluate newer polymer technologies developed to meet and beat performance standards for all your automotive applications.

NYSE: POL), a premier global provider of specialized polymer materials, services and solutions, today announced the acquisition of Fiber-Line, a global leader in customized engineered fibers and composite materials for Fiber-Line provides material science and polymer formulation expertise to engineer specified performance characteristics for fiber.  is a premier provider of specialized polymer materials, services and solutions.

This new technology also reinforces Avient's collaboration with BASF in offering the global market metallic-colored grades of Ultrason® high-performance polymers (link to full press release above). They are available across multiple polymer systems, including PA6, PA66, PC, POM, PBT, PPS, and PK, and provide comparable performance to conventional internally lubricated grades (link to full press release here). They support compliance with regulatory standards without compromising performance and provide an alternative to brominated polymers for applications such as housings for appliances.  

In the chart above, you can see the polymer structure of polyketone is very similar to PA6, PA66, and POM, which explains the similarity in properties. POM is based on polymerized formaldehyde, which makes the polymer sensitive to thermal degradation, releasing formaldehyde gas. However, as previously mentioned, polyketone is much less hygroscopic than PA6 & PA66 due to the lack of nitrogen in its polymer structure.

In the chart above, you can see the polymer structure of polyketone is very similar to PA6, PA66, and POM, which explains the similarity in properties. POM is based on polymerized formaldehyde, which makes the polymer sensitive to thermal degradation, releasing formaldehyde gas. However, as previously mentioned, polyketone is much less hygroscopic than PA6 & PA66 due to the lack of nitrogen in its polymer structure.

Polymer Additives Our cutting-edge polymer additives can add function, performance and even profitability. Polymer Colorants

Engineered Polymer Formulations Polymer Colorants Engineered Polymer Materials for EV Batteries

USP tests are designed to provide information on biological effects of polymer materials used in containers. Softening/melt temperatures vary with polymer type and grade. As with other elastomer properties, shrinkage often varies with the direction of polymer flow.

USP tests are designed to provide information on biological effects of polymer materials used in containers. Softening/melt temperatures vary with polymer type and grade. As with other elastomer properties, shrinkage often varies with the direction of polymer flow.

Edgetek™ BIO Bio-filled Polymers - Difas Toothbrush - Application Snapshot Learn how leading Turkish toothbrush brand, Difas, utilized bio-filled polymers for a new sustainable toothbrush