This new technology offers enhanced color and aesthetic options with unique metallic effects, meeting the growing demands of high-performance polymer applications with a more sustainable alternative to traditional painting processes. This new technology also reinforces Avient's collaboration with BASF in offering the global market metallic-colored grades of Ultrason® high-performance polymers. Material experts from Avient will be at booth 5106 in Hall B5 to meet with customers and discuss their material challenges.

These sustainability solutions are specifically designed to improve the customer experience of working with post-consumer recycled (PCR) content for materials used in packaging. Using proprietary software, Avient experts measure resin characteristics to identify the gamut of colors that can be successfully reproduced in a specific PCR-based material. This premium service simplifies and accelerates the selection of preferred colors for polymers with PCR content, avoiding time-consuming trial and error.

Engineered Polymer Services FEA allows for an evaluation of the performance of a design, process, and material combination. Material model (rigid and soft) 4.    

Engineered Polymer Services FEA allows for an evaluation of the performance of a design, process, and material combination. Material model (rigid and soft) 4.    

Our offerings include specialty engineered materials, advanced composites, color and additive systems and polymer distribution. Starting with raw materials, we source only the best polymers, additives, modifiers, fillers, reinforcers, colorants and pigments. Reducing weight in both small and large, combustion and electronic vehicles helps to improve energy efficiency.

Avient to Present a Broad Array of Innovative and Sustainable Materials Solutions at Chinaplas 2025 Avient’s Singapore Production Facility Receives ISCC PLUS Certification for Bio-Derived Materials Avient’s Chin Bee Site in Singapore has earned ISCC PLUS accreditation for polymer products with mass balance-certified bio-derived feedstock conten

MEDICAL DEVICE DISINFECTION—HOW TO PREVENT CRACKING AND CRAZING Understanding polymer performance is key to minimizing disinfectant-related failures DISINFECTANT-RELATED DAMAGE ON POLYMER HOUSINGS Strong chemicals used to reduce hospital- acquired infections can damage equipment and result in material failures, such as: • Stress cracking • Crazing • Discoloration CHEMICAL RESISTANCE REQUIREMENTS VARY BY ENVIRONMENT • Patient/exam rooms • Operating and radiology rooms • Reception areas • Home (patient equipment & devices) Healthcare devices must perform flawlessly in a myriad of challenging environments and engineers must be certain their devices can withstand increasingly potent disinfectants, which have begun to outstrip the performance of traditional polymers. When it comes to material selection and options, you need a strong partner that understands both polymers and the demands of the healthcare environment. An independent lab tested the following polymers with various disinfectants to help customers choose the material suitable to their specific application requirements.

Back Home // Products // Polymer Additives // Laser Marking Additives // Silcosperse™ LM Laser Marking High contrast, permanent markings of silicone materials

Avient's New Edgetek™ Materials Optimize Weld Strength, Flame Retardance and Aesthetics for Laser Welded Applications Two New Polymer Solutions from Avient Launching at The Battery Show, Supporting Sustainability in Battery and Electric Vehicle Applications

CASE STUDY: BERGAMID™ POLYMER FORMULATIONS & GLS™ TPES Challe nge Accepted. Achieving the non-slip handle Victorinox envisioned required a soft material for the new grip areas that would chemically bond to a rigid polymer underneath. Beyond finding the best material combination—Bergamid™ nylon copolymer and GLS™ TPEs—our global presence and expertise across an array of specialty polymers and colorants, combined with local service and support, helped Victorinox to accelerate development work, streamline production and reach their design goals.