For instance, bath-dyeing and piece-dyeing solutions can achieve deep black shades, but they typically require multiple passes, which can increase costs. Achieving good lightfastness and washing fastnesses, which are critical requirements for automotive textiles and sportswear, is also challenging without increasing costs.   You can learn more about the advantages here.

For instance, bath-dyeing and piece-dyeing solutions can achieve deep black shades, but they typically require multiple passes, which can increase costs. Achieving good lightfastness and washing fastnesses, which are critical requirements for automotive textiles and sportswear, is also challenging without increasing costs.   You can learn more about the advantages here.

For instance, bath-dyeing and piece-dyeing solutions can achieve deep black shades, but they typically require multiple passes, which can increase costs. Achieving good lightfastness and washing fastnesses, which are critical requirements for automotive textiles and sportswear, is also challenging without increasing costs.   You can learn more about the advantages here.

For instance, bath-dyeing and piece-dyeing solutions can achieve deep black shades, but they typically require multiple passes, which can increase costs. Achieving good lightfastness and washing fastnesses, which are critical requirements for automotive textiles and sportswear, is also challenging without increasing costs.   You can learn more about the advantages here.

For instance, bath-dyeing and piece-dyeing solutions can achieve deep black shades, but they typically require multiple passes, which can increase costs. Achieving good lightfastness and washing fastnesses, which are critical requirements for automotive textiles and sportswear, is also challenging without increasing costs.   You can learn more about the advantages here.

In everyday life, static electricity can be a nuisance. In the world of product manufacturing, this can be a major disruption. Our cutting-edge polymer additives can add function, performance and even profitability.

Non-halogenated Cesa MAX flame retardants optimize let-down ratios and can pass rigorous UL 94 testing Can be combined with colors and other additives (e.g. Our cutting-edge polymer additives can add function, performance and even profitability.

These advanced materials can help OEMs and processors to meet materials safety standards and reinforce sustainability goals for kitchenware and houseware products.  Product designers in the kitchenware and houseware industry are looking for materials that can meet the increasing demand for food safety and compliance, while also seeking more sustainable content,” said Flight Xu, general manager of Specialty Engineered Materials Asia for Avient, “Our innovative TPEs can meet the regulatory challenges, including FDA, EU10/2011 and China GB standard, and enhance safety without compromising performance or design freedom.     Overmolded TPEs can be injection overmolded directly onto a substrate including PP, PC/ABS, Tritan, COPE, and others without bisphenol A (BPA), phthalates, or heavy metals.

Can polymers be used instead of aluminum for Advanced Driver Assistance Systems? Discover how Avient can help you develop and build nearly any automotive part you need to create. TPEs that are ideal for healthcare, consumer goods and cutting-edge electronics such as wearables

These robust formulations enable you to enhance aesthetics and increase production efficiency without disrupting your existing processes or investing in new machinery. Pigment strengths can be tailored for specific applications Colorant Chromatics™ Precolor and Masterbatch Formulations that counteract yellow tones without sacrificing heat and steam resistance