CuAl10Ni (CuAl10Fe5Ni5) Cast Aluminium Bronze

Where seawater, cavitation and high strength come together, the nickel grades (CuAl10Ni5Fe4, CuAl10Ni) are preferred. Where heavy load and wear dominate, the harder CuAl11Ni6Fe5 or CuAl11Ni is used, and CuAl14Fe4Mn2 for very high loads and tooling. For general wear applications that do not need nickel, CuAl10Fe and CuAl10Fe3Mn2 are economical choices. If you send us the part and its operating conditions, we will work out the right grade with you.

Grades produced by extrusion or forging (CW numbers) have a more uniform, porosity-free structure and are preferred for shafts and parts needing high strength. Cast grades (CC numbers or DIN 1714) are an economical choice for large-diameter bushes, rings and parts made to pattern.

Yes. If you send a drawing or sample part together with the quantity and grade, we prepare a quotation for castings to pattern. For simple shapes such as bushes and rings, machining from hollow bar is often more economical.

Aluminium bronzes offer higher strength, hardness and seawater resistance and suit parts working under heavy load, impact and wear. Tin bronzes stand out for lubricated bushes, bearings and gears thanks to their better sliding properties.

CuAl10Ni: CuAl10Fe5Ni5-C, EN CC333G, DIN 2.0975 (G-CuAl10Ni), close to UNS C95800, BS AB2. Any of these designations can be used in your enquiry; we will match the correct material.

The calculator gives the theoretical weight. The actual weight varies with dimensional tolerances and cutting allowance; we invoice on the actual weight as weighed.

We only need the size (diameter × length), quantity and delivery location. If you fill in the calculator above, these details are added to the WhatsApp message automatically.