Special bronze alloy grades are usually defined by national or international standards organizations to ensure material consistency and traceability. Here are some common special bronze alloy grades:
CuSn8: Tin bronze containing about 8% tin, with good corrosion resistance and castability.
CuSn10: Tin bronze containing about 10% tin, with higher strength and hardness than CuSn8.
CuZn38: Zinc bronze containing about 38% zinc, with good corrosion resistance and machinability.
CuAl10Fe3: Aluminum-iron bronze containing about 10% aluminum and 3% iron, with high strength and good magnetic properties.
CuAl10Mn5: Aluminum-manganese bronze containing about 10% aluminum and 5% manganese, with high strength and hardness.
CuSn5Zn5Pb1: Tin-zinc-lead bronze containing about 5% tin, 5% zinc and 1% lead, with good self-lubricity and wear resistance.
CuSn8Pb3: Tin-lead bronze containing about 8% tin and 3% lead, with excellent self-lubricity and corrosion resistance.
CuSn8Ni: Special bronze containing about 8% tin and nickel, with good corrosion resistance and heat resistance.
CuSn8P: Special bronze containing about 8% tin and phosphorus, with excellent wear resistance and corrosion resistance.
CuSn8Fe: Special bronze containing about 8% tin and iron, with high strength and wear resistance.
CuSn8Al: Special bronze containing about 8% tin and aluminum, with high strength and good corrosion resistance.
CuSn8Ni2: Special bronze containing about 8% tin and 2% nickel, with excellent corrosion resistance and heat resistance.
These alloy grades represent bronze alloys with different compositions and properties, which can meet the needs of various industrial applications. Different countries and regions may have different alloy designation systems, but most follow similar naming conventions to ensure standardization and easy identification of materials.