Recyclable Zinc Alloy Die-Castings with Metal Utilization Rate 95%

Eco-friendly precision die-cast components utilize high-pressure and high-speed die-casting technology, achieving full-process low-carbon operation while ensuring performance:

• Energy-Saving Production: Automated production line reduces energy consumption for molten metal heating by 20% through intelligent temperature control. Power consumption per unit product is decreased by 15% compared to traditional casting processes.
• Full Utilization of Waste Materials: Metal utilization rate reaches 95%. Scrap materials can be 100% recycled and remelted without additional treatment, with recycling energy consumption only 1/5 of primary metal smelting.
• Low-Pollution Process: Uses chromium-free passivation agents and water-based release agents. No harmful gases emitted, with wastewater recycled after treatment to achieve "zero wastewater discharge".

Four types of environmentally responsible materials balancing performance and sustainability:

• Recycling rate exceeds 99% with no secondary pollution
• Density of 2.7g/cm³ (40% of steel) enables lightweight design
• Widely used in 5G base station radiators and automobile engine blocks

• Infinitely recyclable with recycling energy consumption only 1/4 of primary zinc smelting
• Mold service life twice that of aluminum alloy molds
• Surface smoothness of Ra0.8μm without complex electroplating
• Ideal for smart door lock parts and mobile phone rotating shafts

• 98% recycling rate with abundant Earth reserves
• Density of 1.8g/cm³ makes it ideal for lightweight applications
• Suitable for UAV fuselages, satellite supports, and medical equipment

• Recycling energy consumption only 1/20 of primary copper smelting
• Electrical conductivity of 85% IACS reduces power transmission loss
• Designed for new energy vehicle charging piles and energy-saving motors

• New Energy Vehicles: Integrated die-cast aluminum alloy body panels reduce weight by 30%-50%, increasing range by 10% with IP68-level sealing
• Traditional Vehicles: High-silicon aluminum alloy components reduce fuel consumption by 8%, cutting CO₂ emissions by ~1.2 tons per vehicle annually

• High-Speed Rail: Aluminum alloy casings reduce weight by 30% with 15+ year service life and 100% recyclability
• Aerospace: Magnesium alloy supports reduce launch fuel consumption (1kg weight reduction = ~50kg CO₂ savings)

• 5G & Consumer Electronics: 0.5mm thin-walled aluminum alloy radiators with 200W/(m*K) thermal conductivity
• Industrial Equipment: Copper alloy motor end covers save ~500 kWh/year per motor with 10,000-hour continuous operation

Dual "environmental protection + quality" management system from design to delivery:

• Material Traceability: All raw materials sourced from compliant recycling enterprises with complete traceability reports
• Production Control: Real-time energy monitoring with 90% wastewater reuse and advanced emission treatment
• Environmental Certification: All products pass RoHS and REACH certifications with professional recycling guidance