Luvas de trabalho: Luvas de proteção para o trabalho, resistentes ao desgaste, antiderrapantes e à prova de perfurações; incluindo luvas de imersão para trabalho e uso doméstico

I. Core Protective Power, Safety Guaranteed Puncture/Cut Resistance: Made of high-strength materials (such as Kevlar, steel wire, high-elastic fibers, etc.), it can effectively resist punctures or cuts from sharp objects (glass, metal fragments, knives, etc.), reducing the risk of hand scratches and cuts. Suitable for scenarios such as mechanical processing, metal smelting, and glass manufacturing. Abrasion/Tear Resistance: Adopting wear-resistant fabrics (such as nitrile, latex, leather, nylon, etc.) and special processing (thickening, reinforced weaving, etc.), it enhances the gloves' resistance to abrasion and tearing, extends service life, and meets the needs of high-intensity operations like handling, construction, and logistics loading/unloading. Chemical Corrosion Resistance: Designed for chemical industry, laboratories, and similar scenarios, it uses acid-alkali and organic solvent-resistant materials (such as nitrile rubber, neoprene), which can block chemical liquids or gases from contacting the skin, preventing chemical burns or poisoning. High/Low Temperature Resistance: High-temperature work models (e.g., asbestos, aramid materials) can withstand open flames and contact with high-temperature objects; low-temperature work models (e.g., fleece-lined nitrile, cold-resistant rubber) can resist low-temperature invasion, protecting hands from extreme temperatures in cold storage, welding, metallurgy, and other environments. Anti-slip Grip: The surface of the gloves is designed with anti-slip patterns (such as latex coating, concave-convex texture) or made of special anti-slip materials, enhancing the friction between hands and objects, preventing items from slipping during handling, and improving operational stability. Suitable for wet environments, oily operations (such as auto repair, food processing), and other scenarios.