Precise molecular order results in remarkably thin monofilaments

This article was originally posted on Chemical Engineering Online.

Summary

Z-Polymers is commercializing Tullomer, an ultra-fine monofilament whose precise molecular order enables exceptionally thin, strong fibers with high elongation, low creep and shrinkage, and strong thermal stability. Compared with existing LCP fibers used in medical and other applications, Tullomer stands out for its monofilament form and superior mechanical and thermal performance.

What new products or industries could be unlocked by monofilaments that combine ultra-thin dimensions with low creep and high strength, and what hurdles remain for large-scale adoption?

A materials-science breakthrough for the production of ultra-fine monofilaments is now being commercialized by startup firm Z-Polymers. The company’s Tullomer-branded monofilaments support exceptionally thin functional fibers with low creep and shrinkage, while exhibiting extremely high mechanical strength and elongation capabilities. While there are other LCP fibers and monofilament materials commercially available, particularly in medical applications, Tullomer is differentiated by its monofilament form and its mechanical properties and thermal stability.

The post Precise molecular order results in remarkably thin monofilaments appeared first on Chemical Engineering.

Precise molecular order results in remarkably thin monofilaments

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