I. Permanent Flame‑Retardant Workwear (Nomex® Workwear) Made from Nomex® fabric produced by DuPont, this workwear offers permanent flame resistance, permanent antistatic properties, and enduring resistance to acids and alkalis, along with high strength and excellent abrasion resistance. Key technical specifications are as follows (see our company website under “Flame‑Retardant Workwear”): Flame‑retardant performance: LOI > 28, char length < 100 mm, afterflame time < 2 s Tensile strength: warp > 600 N, weft > 600 N Tear strength: warp > 100 N, weft > 100 N II. Electromagnetic Radiation‑Protective Clothing Constructed from stainless steel fibers combined with polyester‑cotton blended fabrics or metallized textiles—nylon coated with silver, nickel, copper, or tin. Key technical specifications include: Shielding effectiveness: 30 dB–85 dB Shielding frequency range: 30 MHz–10 GHz III. Antistatic Clothing Composed of stainless steel fibers, subconductive fibers, and antistatic synthetic fibers blended with polyester‑cotton fabrics or woven in mixed constructions, this clothing enables automatic corona discharge or leakage discharge, effectively neutralizing static charge on both the garment and the wearer. It is also available with antistatic hats, socks, and shoes. Performance meets GB 12014‑89 standards: Fabric surface charge density ≤ 5 μC/m² Garment surface charge ≤ 0.5 μC/m² IV. Antibacterial, Antifungal, and Antistatic Clothing Incorporating nano‑silver ions into fibers, blended with antistatic and combed cotton fibers to produce woven or knitted fabrics, this apparel delivers highly effective broad‑spectrum antibacterial and antifungal protection, while providing permanent antistatic properties, wash durability, and excellent stability. Key technical specifications: Antibacterial efficacy against Staphylococcus aureus: 99.6%; after 50 washes: 99.2% Fabric surface charge density ≤ 5 μC/m² V. UV‑Protective, Antibacterial, and Antifungal Clothing Utilizing nanotechnology to embed UV‑blocking agents and antibacterial/antifungal components within ultrafine denier fibers, blended with combed cotton for woven or knitted fabrics, this apparel efficiently blocks and absorbs ultraviolet radiation while delivering broad‑spectrum antibacterial and antifungal benefits. The ultrafine fibers’ hydrophilic nature facilitates sweat wicking, keeping skin dry. Key technical specifications: UV blocking and absorption: 92%–99% Antibacterial efficacy against Staphylococcus aureus: > 99.5% Moisture‑wicking capacity: > 8,000 g/m²·day VI. Dust‑Proof Cleanroom Clothing Crafted from fine yarns interwoven with antistatic fibers, this fabric offers permanent antistatic properties, breathability, and comfort, complemented by dust‑proof hats, socks, and shoes. Key technical specifications: Dust removal efficiency: ≥ 95% Dust accumulation: < 13.5 g/m² Garment surface charge: ≤ 0.5 μC/piece VII. High‑Voltage Live‑Line Workwear Blended from stainless steel fibers and permanent flame‑retardant fibers (such as Nomex®), this specialized attire is designed for live‑line workers operating at 10 kV–500 kV. It includes gloves, hats, socks, and leather boots, conforming to GB 6568.1‑2000 standards. Key technical specifications: Shielding effectiveness: ≥ 30 dB–60 dB Fabric resistivity: ≤ 0.8 Ω Limiting oxygen index: LOI > 28 Moisture permeability: ≥ 8,000 g/m²·day VIII. Far‑Infrared Fiber Clothing Natural ceramic particles are incorporated into the spinning solution of polypropylene fibers, producing filaments that contain ceramic micro‑particles. These filaments are blended with combed cotton to create knitted or woven fabrics, which, when worn close to the body, reflect far‑infrared radiation back toward the skin, penetrating approximately 2 mm beneath the surface. This promotes blood circulation in capillaries, resulting in a perceived temperature increase of 3–5°C compared to conventional garments. Additionally, it provides relief for joint pain and skin conditions. Key technical specifications: Far‑infrared reflection rate: ≥ 82% IX. Acid‑Alkali Resistant Clothing While Nomex® workwear offers permanent acid‑alkali resistance, its cost is relatively high. By contrast, garments made from tussah silk fabric exhibit a unique property: upon contact with acids or alkalis, the silk expands, sealing the gaps between fibers and completely preventing penetration of corrosive liquids into the fabric interior, thereby achieving effective acid‑alkali protection. These garments are comfortable, aesthetically pleasing, breathable, wrinkle‑resistant, easy to wash, quick‑drying, and affordably priced. X. Windproof, Waterproof, Sweat‑Permeable Clothing Constructed by laminating PTFE membranes (polytetrafluoroethylene microporous films) onto fabric, these garments provide complete barrier against wind and water, allowing sweat vapor to escape freely. Raincoats made from this material can serve as woolen overcoats in cold weather and as raincoats during precipitation. Applications include motorcycle gear, jackets, raincoats, down jackets, and more. Key technical specifications: Static water pressure resistance: ≥ 8,000 Pa Moisture permeability: ≥ 6,000 g/m²·day XI. Sweat‑Permeable Chemical‑Resistant Clothing Featuring a PTFE‑laminated outer layer paired with an activated carbon‑lined inner lining, this chemical‑resistant apparel supports prolonged operations, offering protection against toxins, water, wind, and perspiration. Key technical specifications (see our company website under “Firefighter Toxic‑Gas and Fire‑Protection Gear”): Outer fabric withstands static water pressure: ≥ 8,000 Pa Outer fabric moisture permeability: ≥ 6,000 g/m²·day Toxin‑protection capabilities: 6 hours of protection against mustard gas in liquid‑to‑gas form; resistance to pressures exceeding 147,000 Pa in liquid‑to‑liquid scenarios Activated carbon surface area: > 600 m²/g Activated carbon content: 40–100 g/m²