Wholesale Chemical Resistance Gloves & Industrial Chemical Safety Gloves
Explore our range of heavy-duty chemical resistance gloves designed to protect workers against harsh acids, solvents, caustics, and toxic biohazards. Certified to EN ISO 374 and ANSI/ISEA standards, our liquid-proof chemical gloves feature premium Nitrile, Neoprene, PVC, and Latex formulations. Available for factory-direct wholesale, custom OEM branding, and bulk global distribution.
Wholesale Heavy-Duty Chemical Resistant Gloves Supplier
As an industrial safety glove manufacturer and B2B wholesale supplier, YUGA SAFE provides certified chemical resistance gloves engineered for severe hazardous environments. Chemical processing, pharmaceutical manufacturing, oil refining, electroplating, agriculture, and industrial cleaning expose workers’ hands to corrosive acids, toxic solvents, and dangerous biohazards. Our chemical protective gloves utilize high-density polymers—including Nitrile, Neoprene, Heavy-PVC, and Natural Rubber Latex—crafted with flock-lined interiors or unsupported gauge options. Featuring textured palm finishes for non-slip wet and oily grip, our safety gloves deliver supreme EN ISO 374 compliance and dependable barrier defense for global PPE distributors.
Understanding Chemical Safety Standards: EN ISO 374 Permeation & Degradation Ratings
Selecting the correct chemical safety glove requires evaluating the exact chemical compounds, breakthrough time, and contact duration on your job site. Under the European EN ISO 374 standard, chemical protective gloves undergo rigorous testing for permeation, penetration, and degradation against defined test chemicals. Gloves are categorized into Type A (breakthrough time ≥ 30 minutes against 6 chemicals), Type B (breakthrough time ≥ 30 minutes against 3 chemicals), and Type C (breakthrough time ≥ 10 minutes against 1 chemical). Pairing proper EN ISO 374 ratings with EN 388 mechanical protection ensures total liquid-proof security and physical durability during heavy chemical handling.
Frequently Asked Questions
Chemical resistance gloves are specialized liquid-proof safety gloves engineered to prevent hazardous chemicals, solvents, acids, and oils from contacting the skin. They are tested and classified under global standards like EN ISO 374, which evaluates chemical permeation breakthrough time, degradation resistance, and micro-organism/virus barrier performance.
Nitrile gloves offer exceptional resistance to petroleum-based solvents, oils, greases, and puncture hazards. Neoprene gloves provide broad-spectrum defense against acids, caustics, alcohols, and hydraulic fluids while maintaining flexibility. PVC (Vinyl) gloves excel in handling heavy acids, alkalis, and wet commercial cleaning agent applications.
EN ISO 374 evaluates three key performance criteria: Permeation (the rate at which a chemical moves through the material at a molecular level), Penetration (movement through pores, seams, or pinholes), and Degradation (physical deterioration or swelling of the glove material after chemical contact).
Flock-lined chemical gloves feature a soft inner cotton coating that absorbs sweat, improves thermal insulation, and allows easy donning and doffing during long shifts. Unsupported chemical gloves are unlined, offering higher tactile sensitivity, flexibility, and easy sanitization, making them ideal for laboratory and precision liquid work.
Reusability depends on the chemical concentration, exposure time, and glove material. Heavy-duty thick-gauge gloves can be washed, air-dried, and inspected for reuse if no swelling, cracking, or permeation breakdown has occurred. Gloves exposed to highly toxic chemicals or showing physical degradation should be safely disposed of immediately.
Yes. YUGA SAFE provides full OEM/ODM manufacturing services for wholesale buyers. We support custom logo printing (chemical-resistant screen printing), custom polymer color formulations, specialized cuff lengths (such as 30cm, 35cm, or 45cm gauntlets), and private-label retail packaging tailored to your brand specifications.