Strictly manufactured in accordance with EN ISO 11611 (Class 1 & Class 2) and NFPA 2112 protocols. Explore our core OEM production range available for bulk procurement and private-label customization.
Most commercial trading intermediaries purchase finished leather or treated fabrics on volatile spot markets, resulting in fluctuating tensile properties and erratic flame ratings. Guangdong Ming Shun Labour Protective Products Co., Ltd. eliminates supply chain volatility through closed-loop, vertical production integration at our primary manufacturing facility in Gaozhou, Guangdong.
We process raw bovine, porcine, and caprine hides directly from origin. By managing lime split, chromium-tanning, and fat-liquoring parameters, we lock in precise leather thickness (1.1mm - 1.4mm grade A/AB split), oil levels, and thermal flash-resistance without compromising flexibility.
Color bleeding and chemical inconsistency degrade safety garments during intense operational heat. Our closed-loop dye baths yield consistent hues—from high-visibility neon yellow to industrial navy and molten red—tested for zero toxic aromatic amines and restricted AZO compounds.
Garment ergonomics depend entirely on dimensional symmetry. Our CAD-integrated automatic fabric cutters and multi-layer leather clicking presses execute complex seam tolerances within ±1.0mm, ensuring that bulk production matches approved pre-production prototypes identically.
Entering European, North American, or Australasian industrial safety channels requires undeniable proof of laboratory performance. Ming Shun certifies every PPE article against rigorous third-party auditing bodies (SGS, TÜV Rheinland, SATRA, and BTTG), providing comprehensive Technical Files and Declarations of Conformity (DoC).
| Target Market | Governing Standard | Protection Focus & Mandatory Criteria | Factory Compliance Level |
|---|---|---|---|
| European Union & UK | EN ISO 11611:2015 Class 1 & Class 2 |
Protective clothing for use in welding and allied processes. Tested for radiant heat transfer (RHTI 24), molten iron droplet spatter (min 25 drops for Class 2), flame spread, and electrical resistance up to 100V DC. | Fully Certified (CE Module B + Module D audited) |
| European Union & UK | EN 12477:2001+A1:2005 Type A & Type B |
Standard for protective gloves for welders. Evaluates contact heat (min 100°C/15s), convective heat, extreme tear/puncture resistance (Type A: Heavy fabrication; Type B: High-dexterity TIG welding). | Direct Production Pass (SATRA / TÜV Tested) |
| North America (USA/CAN) | NFPA 2112 / ASTM F1506 HRC 2 / ATPV ≥ 8.0 |
Standard on Flame-Resistant Garments for Protection of Industrial Personnel Against Flash Fire and Electrical Arc Flash hazards. Third-party UL / SEI certified textiles. | Pre-Tested 7oz & 9oz FR Cotton Lines |
| North America (USA/CAN) | ANSI/ISEA 105:2020 Cut & Puncture Matrix |
Mechanical risk benchmarking for industrial hand protection. Measures cut resistance (grams load A1-A9), heat degradation, and abrasion cycles on leather palms. | Documented In-House & Intertek Test Reports |
| Global Systems | ISO 9001:2015 / BSCI Facility Audit |
Standardized Quality Management Systems, full raw material lot traceability, environmental effluent wastewater compliance, and ethical workplace human rights auditing. | Annual Audited Plant (Pukang Industrial Park) |
Enterprise sourcing heads and master distributors require far more than a simple sew shop. They need dependable risk mitigation, transparent delivery schedules, and scalable engineering. Ming Shun integrates an enterprise-first OEM workflow tailored to strict supply chain milestones.
Submit your CAD files, physical reference garments, or specification sheets. Our sample room generates pre-production counter-samples within 7 to 10 working days, adjusting fit profiles to regional anthropometric norms (EU, US, Asian sizing).
Welding jackets and coveralls fail at armpits, crotches, and pocket corners. We reinforce high-strain junctions with heavy-gauge bar-tack stitching, DuPont™ Kevlar® or Aramid 3-ply core threads, and insulated non-conductive snaps.
We execute hot-stamped leather branding patches, high-definition embroidery, flame-retardant heat transfer graphics, customized woven inner care labels with QR-linked batch numbers, and barcode-ready retail cartons.
Our monthly output exceeds 500,000 pairs of gloves and 80,000 heavy protective garments. Typical sea-freight production cycles are strictly maintained at ~45 days, shielding global buyers from sudden warehouse stockouts.
The industrial safety sector is transitioning away from excessively heavy, stiff, all-leather armor. Modern workplace ergonomics prioritize reduced heat stress, worker fatigue minimization, and uncompromised Class 2 spatter resistance.
By mapping heat loads across welders' bodies, Ming Shun designs hybrid garments pairing 9oz breathable, high-tenacity FR cotton across back torsos with split cowhide or grain pigskin shielding high-exposure arms, shoulders, and chest zones. The result: a 38% reduction in garment weight with equivalent spatter safety.
Global environmental mandates (REACH Annex XVII) heavily penalize hexavalent chromium (Cr VI) risks in hot working zones. We deploy eco-tanned leathers utilizing organic aldehyde and modified synthetic vegetable tanning agents, eradicating chemical off-gassing under high-amperage welding radiant heat.
With thousands of certified female technicians entering the industrial manufacturing workforce, standardized unisex box-cuts are obsolete. Ming Shun has pioneered contoured, scaled welding coveralls, chest-protecting jackets, and slim-profile TIG gloves patterned specifically for anatomical accuracy and motion clearance.
Industrial welders face harsh environmental cross-hazards. A shipyard welder in Singapore contends with 90% humidity alongside molten slag, while an Arctic pipeline operator requires sub-zero thermal retention beneath leather spatter defenses. We engineer specialized solutions for every operating theater.
Confined double-bottom hulls create massive radiant heat concentration and snagging dangers. Our split-cowhide welding chaps, leather sleeve combos, and EN 11611 Class 2 stand-up collar jackets prevent spatter penetration during high-overhead stick and flux-cored arc welding (FCAW).
Maintenance turnaround environments carry simultaneous combustible gas flash risks and molten slag splash. Ming Shun NFPA 2112 certified 9oz FR cotton boiler suits, equipped with 3M Scotchlite™ FR reflective tapes, deliver mandatory flash fire protection and high visibility.
Robotic cell technicians need agility to calibrate robotic heads and make micro-TIG repairs. Our ultra-supple goatskin gauntlets featuring seamless index finger designs provide tactile sensitivity for feeding filler rods without seam-burst degradation under continuous arc exposure.
Definitive answers directly from our chief engineering and export compliance office regarding order quantities, testing procedures, material certifications, and custom development pipelines.
Designed for multi-hazard protection, extreme durability, and ergonomic operational comfort. Select an industrial model below to inspect technical specifications and launch your custom OEM sample program.
