China Stainless Steel Dutch Wire Mesh Factory

Stainless Steel Dutch Wire Mesh Factory: Vertical Integration for Global Quality

Manufacturing Ecosystem
Spanning 18,000m² in Anping County, our integrated production facility combines traditional weaving expertise with Industry 4.0 technologies. The manufacturing journey begins with raw wire inspection per EN 10204 3.1 certification, proceeding through 12 value-added stages:

Stage-by-Stage Process Control

1. Wire Drawing: 20-stage wet drawing to achieve diameters from 0.02mm-2.5mm (tolerance: ±0.001mm)

2. Annealing: Continuous hydrogen atmosphere furnaces (1150°C) for stress relief and ductility recovery

3. Surface Preparation: Electrolytic pickling for scale removal; surface roughness profiling

4. Weaving: Computerized Dutch looms with real-time tension monitoring (accuracy: ±0.5N)

5. Heat Treatment: Bright annealing under vacuum for critical applications

6. Finishing: Precision slitting, flattening, and edge conditioning

7. Metrology: Automated optical inspection (AOI) for pore uniformity; 100% bubble point testing for micron-rated meshes

Quality Infrastructure

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• Material Testing Lab: Spectrometry (PMI), salt spray testing (ASTM B117), tensile strength verification

• Cleanroom Packaging: Class 100,000 environment for medical/food-grade meshes

• Traceability: Laser-etched QR codes with full process history (alloy batch, heat treatment cycle, inspection records)

Sustainable Manufacturing Initiatives

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• Water Conservation: Closed-loop filtration reduces consumption to 0.5m³/ton of mesh

• Energy Recovery: Regenerative thermal oxidizers capture 95% of process heat

• Waste Valorization: Wire scrap recycled into lower-grade industrial products

• Carbon Footprint: 30% reduction since 2020 via solar-assisted power generation

Capacity & Certifications

• Annual Output: 750,000m² of Dutch weaves

• Compliance: ISO 9001:2015, ISO 14001, PED 2014/68/EU, ASME Section VIII Division 1

• Research Partnerships: Collaborative projects with Hebei University of Technology on nano-enhanced weaves