We are committed partners in helping you find materials solutions that ensure your electrical and electronics components consistently perform to the highest standards. Teknor Apex offers thousands of custom formulations to solve even the most complex challenges.
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Learn about the challenges and benefits of battery power as it relates to materials selection, performance and safety, compliance, and more.
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Learn about Teknor Apex’s portfolio of products designed to help you meet and exceed industry requirements for flammability, sustainability, and weight-reduction, and more!
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We compiled this Nylon Moisture Guide to help you develop a deeper understanding of nylon moisture management and what tools and processes are best suited for obtaining consistent outcomes. Teknor Apex can help you leverage the benefits of nylon while avoiding hydrolysis and other moisture-related pitfalls.
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Take your fasteners and thin wall applications up a notch with our proprietary, heat-stabilized and impact-modified Creamid® PA 66, offering superior performance after thermal aging.
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Does your application require a high degree of impact toughness, flexibility, and good haptics? Desmoflex® Customized Rigid Thermoplastic Polyurethanes from Teknor Apex could be the solution! Learn more in this quick-reference guide.
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Learn about this sustainable alternative to PA 66 and PA 6 that uses recycled content. For additional information and supporting technical data, download the Recyclon product guide.
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If you’re looking for alternatives to PA 66 but unsure which options are available, we can help. Start with the table to find out how our top recommended alternatives compare.
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Creamid®P is designed to absorb nearly one-third less water at saturation than standard PA 6, resulting in substantial improvements in tensile properties, bridging the performance gap between PA 6 and PA 66.
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Learn how Teknor Apex engineers proactively tackled the challenging aspects of an industrial leaf blower impeller project. The guide details our exploration into using Creamid engineering thermoplastics to optimize the characteristics, design, and performance of an industrial leaf blower fan blade.
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