Fiber Resources
Fiber Resources
Braided lines improve the performance of high-performance fibers by enhancing abrasion resistance, load distribution, and handling in demanding applications.
A technical comparison of para-aramid and meta-aramid fibers, including Kevlar®, Alkex® Technora®, and Nomex®. Understand their performance differences and where each fiber excels.
Para-aramid and carbon fiber offer different advantages in advanced materials. Learn how these fibers compare in tensile strength, stiffness, weight, and durability.
Vectran™ LCP fiber and Kevlar® para-aramid fiber serve different roles in high-performance applications. This comparison breaks down moisture resistance, chemical durability, outgassing behavior, and thermal performance to help determine the right material for your environment.
UHMWPE and para-aramid are two of the strongest high-performance fibers. Learn how they compare in strength, heat resistance, creep, and durability.
Twisting aligns high-performance fiber filaments to improve cohesion, load sharing, and durability. Learn how twist level impacts strength, flexibility, and performance.
Fiber creep is the gradual elongation of a material under sustained load. Learn why it matters in high-performance fiber and cordage applications.
Learn why the D/d ratio is critical for rope life and safety. Discover recommended ratios for HMPE, Aramid, and LCP fibers and avoid premature failure.
Technical fiber conversion calculator for engineers & purchasers. Convert denier, tex, dtex, tenacity, yields, and twist units quickly for aramid, UHMWPE, carbon, and more.
A comprehensive glossary of essential fiber and textile terminology used in high-performance applications. Quickly understand key definitions related to yarns, cords, braids, coatings, and advanced materials.
Compare Kevlar®, Technora®, Vectran™, Spectra®, UHMWPE fiber and carbon fiber properties. Strength, modulus, elongation and creep in one high-performance fiber table.
Tenacity and break strength are both measures used to evaluate the strength and performance of materials, particularly fibers. However, they represent slightly different aspects of a fiber's strength.