||Aluminium bronzes are used in various equipment. Due to corrosion resistance, they have an advantage in comparison with other bearing materials. Used in bearings and chassis parts in air-planes, assembly units of engines (especially for seagoing ships), submerged elements of ship hulls, water propellers of ships.
||Bearing joints, casting, pharmaceutical and food processing equipment, radiation protection.
|Leaded tin bronze and high leaded tin bronze
||Copper alloy 936 or Modified SAE 64 has advantages in comparison with other leaded bronze: less wear, corrosion-resistance, better conformability. Manufacture of equipment for petroleum processing plants, bearings, coolers, compressors.
||Manufacture of springs, membranes, anti-friction parts, flat and round springs, anti-friction parts.
||Manufacture of holding tools due to its flexibility, easiness of machining and good solderability.
||Due to high mechanical properties, flexibility and corrosion resistance, they are used for making springs, and springing parts of radio equipment. They operate at temperature up to 250 ° C in aggressive environments (fresh or sea water).
||Depending on a composition, wrought bronzes differ with high mechanical, anti-corrosion, anti-friction and elastic properties. They are used in various industries. Rods, tubes, strips, wire can be manufactured of these alloys.
|Beryllium Copper C17200
||Manufacture of membranes, springs, spring contacts, parts that work for wear, in electronic engineering.
||Copper-cadmium alloy with an addition of zirconium possesses high strength and is used for high-voltage power transmission lines.
||Resistance welding, electrodes, welding seam wheels, electrical switchgear, electrode holder jaws, cable connectors, conductive arms and shafts, switch parts, spot welding, flash welding electrodes, electrical and thermal conductors.
||Structure of casted material depends on a cooling rate. Bars, pipes, strips, wires can be made out of this alloy.