Ho Chi Minh City Copper Wire Granulator & Recycling Machine Plant
Advanced dry-type copper wire granulating and physical separation line achieving 99.9% metal recovery rate without chemical pollution.
View Equipment Details →High-capacity manufacturing machinery customized for industrial plants in Ho Chi Minh City, Đồng Nai, and Bình Dương.
Advanced dry-type copper wire granulating and physical separation line achieving 99.9% metal recovery rate without chemical pollution.
View Equipment Details →
Eco-friendly CO2 foaming technology producing high-compressive thermal insulation boards for Vietnam's logistics infrastructure.
View Equipment Details →
Automated continuous embossing and polyurethane core laminating line for insulated decorative wall cladding panels.
View Equipment Details →
Heavy-duty autoclaved aerated concrete block cutting and steam-curing system designed for high-capacity brick manufacturing.
View Equipment Details →Understanding the economic drivers, municipal regulations, and raw material availability in Southern Vietnam’s manufacturing corridor.
Ho Chi Minh City (HCMC), alongside its adjacent industrial clusters in Bình Dương, Đồng Nai, and Bà Rịa - Vũng Tàu, represents the highest concentration of manufacturing, electronics assembly, automotive wiring harness production, and urban infrastructure modernization in Vietnam. As telecommunications networks shift from copper to fiber optics and power grids undergo extensive grid upgrades, millions of metric tons of scrap electric cables, communications wires, and industrial motor windings are generated annually.
Historically, secondary metal recovery in Southern Vietnam relied on primitive wet-separation tables or environmentally hazardous open-burning practices in informal recycling hubs such as Minh Khai or local craft villages. However, under Vietnam's updated Law on Environmental Protection (Law No. 72/2020/QH14) and Decree 08/2022/ND-CP enforcing Extended Producer Responsibility (EPR), municipal authorities in HCMC have cracked down on polluting recycling methods. Modern copper wire recycling companies operating within recognized industrial parks (such as Tân Thuận, Củ Chi, or Hố Nai) must install eco-compliant, zero-emission dry physical granulating lines.
Procuring industrial-grade copper wire recycling machinery built with heavy dual-shaft shredders, air-flow density vibrators, and electrostatic separation units allows local factory operators to process complex scrap wire mixtures—ranging from ultra-thin hair wires (<0.2mm) to thick armored cables—with zero water pollution and negligible air emissions.
Providing actionable intelligence on raw material classification, processing efficiency, and technological evolution for factory investors.
With primary copper mining grades declining globally and refined copper prices fluctuating on the London Metal Exchange (LME), secondary copper processing ("Urban Mining") has become a strategic hedge for industrial manufacturing economies like Vietnam.
Modern plant guidelines strictly mandate dry physical separation over wet tabling. Dry processing preserves the electrical conductivity of recycled copper granules while avoiding heavy-metal sludge management costs and regulatory fines.
For fine wire scrap (hair cable, harness scrap <0.5mm), standard air gravity tables lose up to 8% of copper powder in the plastic discharge. Adding electrostatic separators retrieves 99.9% of metal fines, adding substantial margin to plant operations.
Step-by-step mechanical workflow of our industrial recycling plants operating in heavy manufacturing environments.
Baled or tangled scrap wires are fed into a low-speed, high-torque dual-shaft shredder equipped with alloy steel blades (SKD-11 / D2 grade). The machine shears long cables into 3-5 cm segments while an overhead magnetic roller automatically extracts steel armor, iron wires, and fasteners.
Pre-shredded material moves to the primary granulator where rotating blades cut cables against fixed stationary knives at 600 RPM. A heavy-duty bottom sieve mesh (2mm to 4mm) regulates particle size, ensuring complete physical liberation of copper cores from plastic sheaths.
The granulated mixture flows onto an inclined vibrating air-bed. Controlled fluidizing airflow lifts lightweight plastic granules (PVC/PE) toward the upper discharge outlet, while heavier copper granules (density 8.96 g/cm³) travel down the vibrating deck, achieving over 98% separation purity.
Tailings from the air separator pass through a 30,000V high-voltage electrostatic roller to capture sub-millimeter copper dust. Concurrently, a multi-bag pulse jet dust collector creates negative pressure across the entire line, capturing airborne particulates down to 0.5 microns to meet strict municipal air quality standards.
Customizing blade geometries, screen sizes, and air bed frequencies based on input scrap composition.
Processing multi-strand thin copper wires extracted from auto wiring harnesses generated in Bình Dương and HCMC assembly plants. Requires electrostatic separation module to handle thin insulation tape and rubber compounds.
Granulating telephone cables, Category 5/6 network cables, and jelly-filled communications lines. Features integrated oil-absorption pre-mixers and fine 2mm screens for clean granule separation.
Recycling large-diameter armored copper cables, underground feeder cables, and transformer windings. Utilizes primary hydraulic cable stripping machines prior to granulation.
Complete equipment lines supplied with factory warranty, on-site installation, and operator training in Vietnam.
Industrial calcination and grinding mill system transforming natural gypsum rock into high-purity plaster powder.
View Equipment Details →
Extrusion-type lightweight concrete hollow core panel machine engineered for rapid interior wall construction.
View Equipment Details →
Vertical gas-fired expansion furnace system producing ultra-lightweight perlite aggregates for refractory boards.
View Equipment Details →
Hatschek process forming line with high-pressure autoclaves for A1 fire-rated ceiling and partition boards.
View Equipment Details →
Robotic stacking, shrink-wrapping, and strapping machines integrated into continuous manufacturing plants.
View Equipment Details →
Vertical mold car slurry casting system for composite lightweight cement panels with fiber cement facings.
View Equipment Details →
Heavy-duty rotary polishing machine engineered for high-gloss surface calibration of building slabs and sheets.
View Equipment Details →
Impact crushing unit designed for breaking aggregate stone, concrete rubble, and mineral raw materials.
View Equipment Details →From preliminary layout design to site commissioning in Vietnam’s key industrial zones.
Our engineering division provides customized 3D plant CAD layouts, foundation load requirements, electrical distribution blueprints (380V 50Hz standard for Vietnam), and ducting routing optimized for your factory footprint.
Crusher blades are forged from high-chromium D2 / SKD-11 tool steel and vacuum heat-treated to HRC 58-62, guaranteeing resistance against embedded steel bits and extending blade life up to 1,200 operating hours between sharpenings.
Resident field technicians manage mechanical installation, electrical panel integration (Siemens PLC & Schneider electrics), trial granulating runs, and comprehensive safety training for local operational staff in Vietnam.
Get complete technical specifications, customized capacity quotations, and ROI financial models tailored to your target cable scrap inputs.
Send Inquiry NowExpert answers to common procurement questions from industrial recycling plant owners in Vietnam.
Our industrial recycling plants are configured across standard capacity tiers ranging from 300 kg/hour for medium scrap yards up to 3,000 kg/hour for continuous industrial recycling operations. For mega-facilities in Southern Vietnam, multiple granulating lines can be arranged in parallel with centralized PLC monitoring and pneumatic conveying system automation.
Ultra-thin wire (<0.2mm diameter) tends to float alongside plastic particles on standard air gravity beds. To guarantee 99.9% metal recovery, our specialized plants incorporate a High-Voltage Electrostatic Separator following the pneumatic air bed. The electrostatic charge separates microscopic metallic particles from non-conductive PVC/rubber insulation based on conductivity differentials, ensuring zero copper loss in your waste stream.
Under Vietnam’s Department of Natural Resources and Environment (DONRE) guidelines, metal recycling operations must satisfy noise (<75 dB at factory boundaries), particulate matter emissions, and zero-wastewater discharge standards. Because our recycling plants utilize a 100% dry physical mechanical process coupled with pulse-jet HEPA dust collection, they comply fully with municipal environmental protection policies in industrial parks across HCMC.
Our blades are manufactured from heat-treated D2/SKD-11 alloy steel. Under normal operating conditions processing mixed copper wire, primary granulator blades require resharpening every 250-300 operating hours and total replacement after approximately 1,200-1,500 hours. Dual-shaft pre-shredder blades typically last over 3,000 operating hours. Daily maintenance involves inspecting blade clearance gaps and checking magnetic separators for tramp iron buildup.
A standard 500-800 kg/hour copper wire granulating plant requires a total installed electrical load of approximately 55 kW to 75 kW running on a 3-phase 380V/50Hz supply line. No water supply connection is required for processing since separation relies entirely on pneumatic air balance and mechanical vibration.