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Copper Processing: Tailored Sheet Metal Manufacturing Solutions
Purple Copper (T2)
The Ultimate Solution for Heat Conduction and Transmission
Mingli’s T2 purple copper delivers unparalleled performance in heat and current transmission, with supply specifications of 0.5-6mm plates compliant to ASTM B152 standards. Its core value lies in 99.9% high-purity copper combined with tin-plating oxidation processes, achieving zero loss in current/heat energy transmission—ideal for high-demand conduction scenarios.
Key Attributes:
● Conductivity: 58MS/m (100% IACS), ensuring efficient energy flow
● Thermal conductivity: 398W/m·K, perfect for heat-intensive applications
● Elongation: Over 45%, suitable for deep stretching processes
Processing Advantages:
● T2 purple copper laser cutting with nitrogen protection eliminates slag, ensuring precision for conduction components
● Annealed T2 copper enables bending angles with R=0.5t, enhancing formability for custom parts
● Arc welding on T2 copper offers controllable fusion depth (±0.2mm), critical for stable energy transmission
Classic Case: New energy vehicle battery connectors
Processing: T2 copper precision stamping → vacuum annealing → local tin plating
Superiority:
● Resistivity <0.017Ω·mm²/m, minimizing energy loss
● 15℃ lower temperature rise vs. H62 brass, boosting battery safety
● Compliant with QC/T 413-2002 vehicle standards
Industry Applications:
custom laser-cut T2 copper high-frequency transformer parts, welded T2 copper superconducting coils, and stamped T2 copper pv busbars—all leveraging its conduction efficiency.
Mingli’s T2 purple copper delivers unparalleled performance in heat and current transmission, with supply specifications of 0.5-6mm plates compliant to ASTM B152 standards. Its core value lies in 99.9% high-purity copper combined with tin-plating oxidation processes, achieving zero loss in current/heat energy transmission—ideal for high-demand conduction scenarios.
Key Attributes:
● Conductivity: 58MS/m (100% IACS), ensuring efficient energy flow
● Thermal conductivity: 398W/m·K, perfect for heat-intensive applications
● Elongation: Over 45%, suitable for deep stretching processes
Processing Advantages:
● T2 purple copper laser cutting with nitrogen protection eliminates slag, ensuring precision for conduction components
● Annealed T2 copper enables bending angles with R=0.5t, enhancing formability for custom parts
● Arc welding on T2 copper offers controllable fusion depth (±0.2mm), critical for stable energy transmission
Classic Case: New energy vehicle battery connectors
Processing: T2 copper precision stamping → vacuum annealing → local tin plating
Superiority:
● Resistivity <0.017Ω·mm²/m, minimizing energy loss
● 15℃ lower temperature rise vs. H62 brass, boosting battery safety
● Compliant with QC/T 413-2002 vehicle standards
Industry Applications:
custom laser-cut T2 copper high-frequency transformer parts, welded T2 copper superconducting coils, and stamped T2 copper pv busbars—all leveraging its conduction efficiency.
Brass (H62)
The First Choice for Economical Precision Structural PartsH62 brass from Mingli, available in 0.8-12mm plates per C28000 standards, balances performance and cost. Its zinc-copper alloy composition optimizes machinability, while gold-tone + chrome-plating processes merge functionality with aesthetics—ideal for precision structural components.
Key Attributes:
● Machinability: 80% cutting index, simplifying complex part production
● Strength: Tensile strength ≥330MPa with grade C zinc resistance, ensuring durability
Processing Advantages:
● H62 brass CNC milling efficiency up by 40%, reducing production time for structural parts
● Electroplated chromium on H62 brass achieves bonding force >30MPa, enhancing wear resistance
● Cold heading on H62 brass avoids cracking, suitable for mass-produced precision components
Classic Case: Intelligent door lock transmission parts
Processing: H62 brass multi-station stamping → stress-relief annealing → chromium plating
Superiority:
● 100,000 opening-closing cycles with wear <0.1mm, ensuring long-term reliability
● 96+ hours salt spray resistance, resisting corrosion in humid environments
● Compliance with EN 12209 anti-theft standards
Industry Applications:
custom CNC-machined H62 brass bathroom hardware, stamped H62 brass watch components, and electroplated H62 brass instrument parts—leveraging its cost-effective precision.
Key Attributes:
● Machinability: 80% cutting index, simplifying complex part production
● Strength: Tensile strength ≥330MPa with grade C zinc resistance, ensuring durability
Processing Advantages:
● H62 brass CNC milling efficiency up by 40%, reducing production time for structural parts
● Electroplated chromium on H62 brass achieves bonding force >30MPa, enhancing wear resistance
● Cold heading on H62 brass avoids cracking, suitable for mass-produced precision components
Classic Case: Intelligent door lock transmission parts
Processing: H62 brass multi-station stamping → stress-relief annealing → chromium plating
Superiority:
● 100,000 opening-closing cycles with wear <0.1mm, ensuring long-term reliability
● 96+ hours salt spray resistance, resisting corrosion in humid environments
● Compliance with EN 12209 anti-theft standards
Industry Applications:
custom CNC-machined H62 brass bathroom hardware, stamped H62 brass watch components, and electroplated H62 brass instrument parts—leveraging its cost-effective precision.
Phosphor Bronze (C5191)
Expert in High Elasticity and Fatigue Resistance
Mingli’s C5191 phosphor bronze, supplied as 0.1-3mm strips per C51000 standards, excels in high elasticity and fatigue resistance. Tin and phosphorus reinforcement boosts its elastic limit, while gold/silver plating ensures stable micro-current transmission—perfect for elastic components.
Key Attributes:
● Elastic modulus: 110GPa, maintaining shape under repeated stress
● Deflection ratio: 0.9, ideal for flexible components
● Wear resistance: Friction coefficient 0.18 (no lubrication), ensuring durability
Processing Advantages:
● C5191 phosphor bronze precision stamping with ±0.01mm tolerance, critical for micro-components
● Aged phosphor bronze achieves HV ≥220, enhancing wear resistance for high-cycle parts
● Selective electroplating on C5191 with 0.1mm micro-zone accuracy, ensuring stable current transmission
Classic Case: 5G RF connector springs
Processing: C5191 laser cutting → aging reinforcement → local gold plating
Superiority:
● Contact resistance <5mΩ, ensuring stable signal transmission
● Over 200,000 plug-pull cycles, meeting high-frequency use demands
● Compliance with IEC 60512 high-frequency tests
Industry Applications:
custom precision-stamped C5191 phosphor bronze relay contacts, laser-cut C5191 phosphor bronze medical springs, and electroplated C5191 phosphor bronze bearing bushings—relying on its elastic stability.
Mingli’s C5191 phosphor bronze, supplied as 0.1-3mm strips per C51000 standards, excels in high elasticity and fatigue resistance. Tin and phosphorus reinforcement boosts its elastic limit, while gold/silver plating ensures stable micro-current transmission—perfect for elastic components.
Key Attributes:
● Elastic modulus: 110GPa, maintaining shape under repeated stress
● Deflection ratio: 0.9, ideal for flexible components
● Wear resistance: Friction coefficient 0.18 (no lubrication), ensuring durability
Processing Advantages:
● C5191 phosphor bronze precision stamping with ±0.01mm tolerance, critical for micro-components
● Aged phosphor bronze achieves HV ≥220, enhancing wear resistance for high-cycle parts
● Selective electroplating on C5191 with 0.1mm micro-zone accuracy, ensuring stable current transmission
Classic Case: 5G RF connector springs
Processing: C5191 laser cutting → aging reinforcement → local gold plating
Superiority:
● Contact resistance <5mΩ, ensuring stable signal transmission
● Over 200,000 plug-pull cycles, meeting high-frequency use demands
● Compliance with IEC 60512 high-frequency tests
Industry Applications:
custom precision-stamped C5191 phosphor bronze relay contacts, laser-cut C5191 phosphor bronze medical springs, and electroplated C5191 phosphor bronze bearing bushings—relying on its elastic stability.
Application scenario atlas
