We supply a comprehensive range of copper alloy materials manufactured to meet international standards and industrial requirements.These materials are commonly manufactured in forms including bars, plates, sheets, tubes, and custom forged components to support a wide range of industrial applications.
Copper alloy bars are widely used for precision machining, mechanical components, and electrical connectors. These bars offer good strength, excellent machinability, and reliable performance in demanding industrial environments.
Copper alloy plates and sheets are commonly used for structural components, heat exchangers, and corrosion-resistant equipment. They provide good formability and mechanical strength while maintaining high thermal conductivity.
Copper alloy tubes are frequently used in heat exchanger systems, condensers, marine piping, and cooling systems. Their high corrosion resistance and thermal efficiency make them ideal for harsh operating environments.
Forged copper alloy components provide enhanced mechanical strength and durability. These products are typically used for valves, pump components, marine hardware, and heavy-duty industrial equipment.
We also manufacture custom copper alloy parts according to customer drawings and technical specifications. Our engineering team can support specialized manufacturing requirements for complex industrial applications.
Copper alloys are versatile engineering materials created by combining copper with elements such as zinc, tin, aluminum, nickel, or silicon to enhance mechanical strength, corrosion resistance, and durability. While pure copper is valued for its excellent electrical and thermal conductivity, copper alloys provide improved mechanical performance while maintaining many of copper’s beneficial properties.
Many copper alloys retain high electrical conductivity, making them essential materials for electrical connectors, power transmission equipment, and electronic components.
Copper alloys transfer heat efficiently, which makes them widely used in heat exchangers, condensers, and cooling systems.
Copper alloys perform exceptionally well in corrosive environments such as seawater, chemical processing facilities, and industrial atmospheres.
By alloying copper with elements like aluminum, nickel, or zinc, these materials achieve significantly improved strength while maintaining good ductility.
Many copper alloys are easy to machine, which allows manufacturers to produce precise and complex components efficiently.
Different copper alloy grades are designed to provide specific properties for particular applications. Below are some of the most commonly used copper alloys in industrial manufacturing.
Primarily alloyed with zinc, brass offers an affordable cost and excellent workability, making it widely used in the manufacture of valves, fittings, radiators, and decorative components.
The brass series offers high cost-effectiveness and is one of the most commonly used copper alloys in industry.
Primarily alloyed with nickel, cupronickel exhibits exceptionally high corrosion resistance, particularly outstanding in seawater environments.
Ordinary Cupronickel
Manganese Cupronickel (Constantan, Advance)
Iron Cupronickel
Zinc Cupronickel
Monel Series (Nickel-Copper Alloys)
Cupronickel is a key material in marine engineering and precision instrumentation.
Originally referring to copper-tin alloys, “bronze” now broadly includes alloys of copper with tin, aluminum, beryllium, silicon, chromium, etc., known for high strength, wear resistance, and corrosion resistance.
Tin Bronze
Aluminum Bronze
Beryllium Bronze
Silicon Bronze
Chromium Bronze
Tungsten-Copper (Cuw)
Bronze alloys are primarily used in high-performance mechanical and electrical components, especially irreplaceable in wear-resistant and elastic applications.
High purity (≥99.3%), with excellent electrical and thermal conductivity—primarily used in electrical applications and high-purity alloy production.
Pure copper serves as the “gold standard” conductive material in the electrical and electronics industries.
Chinese Designation | ASTM (USA) | DIN (Germany) | JIS (Japan) | Application Field |
H62 | C28000 | CuZn37 | C2800 | General structural components |
H68 | C26800 | CuZn33 | C2680 | Deep-drawn parts |
QSn6.5-0.1 | C5191 | CuSn6P | C5191 | Elastic components |
QBe2.0 | C17200 | – | C1720 | High-strength springs |
B30 | – | CuNi30Mn | – | Condenser tubes |
T2 | C11000 | Cu-ETP | C1100 | Electrical wires and cables |
Because of their unique combination of conductivity, corrosion resistance, and machinability, copper alloys are widely used in industries such as aerospace, marine engineering, power generation, oil & gas, chemical processing, and electrical systems.
Copper alloys are metals created by combining copper with other elements such as zinc, tin, aluminum, or nickel to improve strength, corrosion resistance, and durability.
The main types include brass (copper-zinc), bronze (copper-tin), aluminum bronze, and copper-nickel alloys.
The correct alloy grade depends on factors such as strength requirements, corrosion resistance, electrical conductivity, and operating conditions.
Yes. Copper and many copper alloys have very high electrical conductivity, making them essential for electrical and electronic systems.
