Injection moldable material enables design freedom and easier processing for more complex shapes Technical information, design guides, processing information and more. Processing & Design Guides

Processing & Design Guides Conductive pipette tip manufacturer uses Trilliant™ HC specialty formulations to increase savings, processing ease, toughness and performance Sync design with manufacturability: Learn about how Avient Design can help simplify your new product development process

Processing & Design Guides Processing & Design Guide: Polystrand™ Thermoplastic Composites Recommendations & key considerations for processing and part design with continuous fiber reinforced thermoplastics

Available in pre-colored formulations, they offer a sustainable drop-in replacement for fossil-based grades and can be processed and recycled in the same channels. They also eliminate the need for secondary coating or wetting processes to achieve equivalent performance while reducing production costs. Trilliant™ HC Healthcare Thermoplastics: feature excellent chemical resistance for applications found in biopharmaceutical processing, hospital settings, and home healthcare applications.

Mevopur™ Healthcare Bio-based Polymer Solutions: color and additive concentrates based on polymers with 70-95% bio-content and pre-tested raw materials to help reduce carbon footprint and mitigate risk, available in pre-colored formulations, offer a sustainable drop-in replacement for fossil-based grades and can be processed and recycled in the same channels.  PCF values are available for these products and are based upon a TUV-certified ISO-14067: 2018 process. Avient’s experts can provide technical support for material selection, part and tool design, and process development to help accelerate commercialization.

Do parts require expensive or time-consuming finishing processes? Injection-molded polymers can streamline assembly steps and eliminate secondary finishing processes, such as protective coatings and paint, enhancing production efficiency. The outstanding performance-to-weight ratio combined with the ease of injection molding, fewer secondary processing steps, and complete design freedom can aid automotive engineers in many applications.

Do parts require expensive or time-consuming finishing processes? Injection-molded polymers can streamline assembly steps and eliminate secondary finishing processes, such as protective coatings and paint, enhancing production efficiency. The outstanding performance-to-weight ratio combined with the ease of injection molding, fewer secondary processing steps, and complete design freedom can aid automotive engineers in many applications.

These factors can help determine which material best suits a particular application, based on processing and functional requirements. Various forming processes and application examples of CFRTP materials will be explored later in this article. Explore Forming Methods and Applications for Continuous Fiber Thermoplastics to learn about the unique variety of processing methods that is possible with CFRTPs including:

Do parts require expensive or time-consuming finishing processes? Injection-molded polymers can streamline assembly steps and eliminate secondary finishing processes, such as protective coatings and paint, enhancing production efficiency. The outstanding performance-to-weight ratio combined with the ease of injection molding, fewer secondary processing steps, and complete design freedom can aid automotive engineers in many applications.

Our color formulation skills are unparalleled, and our additive solutions can improve your process, or enhance the quality of your parts. A single formulation can make a huge difference in the quality of your products and also improve the efficiency of your manufacturing process. Functional performance and processing improvement solutions such as antimicrobial, antistatic, flame retardant, UV stabilizer and mold release