Technora uv resistance 39 Elongation @ Break % 4. 0 Creep** % < 1. FIBER-LINE® Enhancing Processes for Technora®: Coating; Twisting; Extrusion Technora® general characteristics Density 1. In 1980, Technora® underwent its first sampling by customers. Kevlar® and Alkex® do have slightly better heat-resistance in comparison to Technora®, but all of these fibers would do well in high-temperature applications. 39 g/cm3 Decomposition temperature > 500 °C Based on TGA analysis Coefficient of thermal expansion -6 x 10-6 /°C Flammability, LOI-Index 33 Measured on yarn Equilibrium moisture regain 2% Heat resistance at 200°C , 48 hrs (residual strength) 90% UV Stability Needs protection against UV A symbiosis of high-performance Technora® aramid and polyester. These optimised materials provide smaller diameters and reduced air resistance. Technora® was born in Japan, with the unique properties of the material first discovered by Teijin in 1974. The resulting UV-resistant and water-repellent material makes lines capable of meeting the highest demands. Resistance Ultraviolet (UV) Resistance Flame Resistance Chemical Resistance (Acid Chemical Resistance (Alkali) Chemical Resistance (Organic Solvent) Strength Retention (H2O) P X P P P P P Property UOM Value Breaking Tenacity g/d 28 Specific Gravity Ratio 1. Technora 12 is extremely heat and flex fatigue resistant. The discovery followed an extensive research and development project aimed at creating a new heat-resistant co-polymer. Technora® is an aromatic copolyamide that has a highly oriented molecular structure, consisting of both para and meta linkages. It has no creep making it a good choice for applications with high static loads including mooring cables, hoisting cables, and tower guy wires. The Technora® content guarantees length stability without compromising performance. . 6 Tensile Modulus g/d 590 Moisture Regain* % 2. Technora® fibers still degrade with prolonged exposure to UV light and have the same tendency to absorb atmospheric moisture like other para-aramids, although only to approximately 2%. Technora is produced by condensation polymerization of different copolymers, yielding a high modulus, low creep, and thermally stable fiber. Technora® 12 Strand is made with high strength light weight Technora fiber. The 12 strand braided construction is torque free, and easy to splice. kmcj idje eopxwdw tsnbp xgjdz ieygj dsoch knasn xemdycqe nzfs