Design services IQ Design Labs Design and Analysis

This is where our materials and design engineers can help. Our injection-moldable materials enhance design freedom and reduce bulk, while also managing heat-buildup and preventing cross talk. DESIGN.

FOAMING PREDICITION SERVICE Avient Design uses Autodesk® Moldflow® simulation software1 to provide 3D simulations of parts foamed with Hydrocerol™ Chemical Foaming Agents during the mold filling phase. This software is used to predict the material behavior during this process and, as a result, we can provide the potential weight reduction, mechanical properties of the final foamed part, and recommendations for optimal tool design*. The service is currently available for standard injection molding processes.

(API) of Gainesville, Texas, a manufacturer of plastic pipe components, saw an opportunity to design a flapper valve that could improve upon traditional brass valves and enable non-corrosive, all-plastic piping systems. THE IMPACT Gravi-Tech high-density formulations enabled API to design and mold a patented, full-opening flapper valve that is not only unique in the market, but also offers important cost, performance and environmental advantages over brass.. • System cost reduction = competitive advantage: The PolyChek valve featuring Gravi-Tech materials offer customers faster installation, less maintenance and longer life. • Design freedom = unique product offering: The ability to injection mold Gravi-Tech materials instead of machining brass enabled API to design a cost-effective, full-opening flapper valve that is 100% pigable. • High performance = customer satisfaction: The PolyChek valve gives API’s customers the ability to create all-plastic piping systems that eliminate leakage and weak spots. • Elimination of lead = increased safety and compliance: Replacing brass with Gravi-Tech high-density formulations eliminates health and safety concerns about lead. • Use of existing tooling = lower capital costs: API was able to use the same mold originally designed for nylon to run the Gravi-Tech materials, saving the substantial costs of retooling. Thanks to the customized Gravi-Tech material, API was able to successfully design and mold a flapper valve that is the only one of its kind on the market—and offers a less expensive solution than traditional brass valves.

With faster material lead times, manufacturers of 5th generation (5G) antennas can qualify designs faster and meet the demands of rapidly deploying 5G infrastructures. Specific Dk Material – Our custom formulations give your antenna design the specific Dk needed, beween 3.0 Dk and 9.0 Dk. Further, injection- moldable materials allow for unique antenna designs and complex shapes, while only simple shapes are possible when using traditional materials.

Learn 4 ways engineering simulation aids the design process Gain advanced insight into design performance Iterate rapidly to see how design changes affect performance

SmartBatch™ Frost Collection PRODUCT BULLETIN SmartBatch™ Frost Collection concentrates from Avient are special formulations that enable a high- end and soft appearance through injection stretch blow molding (ISBM). It helps customers broaden their product portfolio under the same ISBM mold to differentiate their offerings.SmartBatch Frost Collection enables packaging customers to develop a soft, touchable, cool, and icy appearance, and give more design freedom with a wide range of color options.

Part and Tooling Design & Analysis Avient Design Industrial Design

From hunters and fishing enthusiasts to farmers, backwoods campers, and UTV riders, your customers depend on you for designs that take them where they want to be. Whether you’re looking to boost impact resistance, amp up aesthetics, inject comfort, or revolutionize a standard design with your latest cutting-edge idea, we can help. Our advanced materials, technical expertise and design support can help you create a powerful, ergonomic machine that opens up new paths to off- road nirvana.

This pure metal replacement solution can be customized to meet specific density requirements, formulated to meet a broad modulus range, and engineered to meet complex design specifications. X-ray and CT scanner manufacturers must design machines capable of protecting patients from harmful X-ray exposure. Inherently, thermoplastics offer exceptional design freedom for complex parts.