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High-quality 20% Aramid + 80% Pre-oxidized Yarn Blended 4-ply Yarn
High-quality 20% Aramid + 80% Pre-oxidized Yarn Blended 4-ply Yarn is a high-end composite yarn with high performance and durability as its core. It is made of a scientific ratio of 20% aramid fiber and 80% pre-oxidized fiber and is made through a four-ply precision twisting process. This product has good high-temperature resistance, flame retardancy, and structural strength. It is designed for professional protective equipment and industrial textiles in harsh environments and redefines the standard of high-temperature operation protection.
Core features:
Four-ply reinforced structure: The four-ply twisting process significantly improves the tensile strength, abrasion resistance, and deformation resistance of the yarn, so that it can still maintain stable performance under harsh friction or mechanical stress, and is suitable for high-intensity operation scenarios.
High temperature resistance and flame retardant synergy: 80% pre-oxidized fiber gives the yarn good high temperature resistance, which can be used for a long time in a high temperature environment without melting or brittleness; 20% aramid fiber further enhances flame retardancy and impact resistance, providing double safety protection.
Environmental protection and safety: Halogen-free flame retardant technology and environmentally friendly pre-oxidation process are used to ensure that the yarn does not release toxic substances, meet international safety and environmental standards, and is suitable for close protection or closed environment equipment.
Application scenarios:
High-temperature industrial protective clothing (such as metallurgy, welding, firefighting);
Aerospace high-temperature insulation equipment;
Flame-retardant fabrics in the power and chemical industries.
High-quality 20% Aramid + 80% Pre-oxidized Yarn Blended 4-ply Yarn is based on the four-ply strong twisting process, combining functionality and durability, and providing reliable solutions for the professional protection field.
