Kevlar (KWF-24) Ballistic-Grade Woven Fabric – ZT

(491)

Write Review

$ 41.99

Add to Cart

Qty

In stock

Description

There are so many uses for Kevlar, and that is why The Zippertubing® Company now offers this material as an addition to their ever-growing inventory of products and materials. This ballistic-grade, woven fabric Kevlar material is resistant to wear and has a high breakage strength, all while maintaining its lightweight properties. It can be configured for round, flat or rectangular wire or cable bundles, as well as other custom component configurations, and can utilize many of our different closure options. This combination of features makes it the perfect solution for abrasion protection jackets that wrap around your critical components. Kevlar can also be applied in multiple layers for use in safety or personal protection. To determine the number of layers needed for your chosen application, testing should be completed under the given circumstances you require. Recommended Maximum Temperature Range for
There are so many uses for Kevlar, and that is why The Zippertubing® Company now offers this material as an addition to their ever-growing inventory of products and materials. This ballistic-grade, woven fabric Kevlar material is resistant to wear and has a high breakage strength, all while maintaining its lightweight properties. It can be configured for round, flat or rectangular wire or cable bundles, as well as other custom component configurations, and can utilize many of our different closure options. This combination of features makes it the perfect solution for abrasion protection jackets that wrap around your critical components. Kevlar can also be applied in multiple layers for use in safety or personal protection. To determine the number of layers needed for your chosen application, testing should be completed under the given circumstances you require. Recommended Maximum Temperature Range for Long-Term Use in Air: 300°F to 350°F *Please note that this material will degrade in UV light, and may not retain its original properties when immersed in liquid.