Alloys

An alloy of Copper containing up to 15% Tin and up to 1% Phosphorous as per requirement. This alloy exhibits excellent corrosion resistance, spring qualities and high fatigue resistance. Suitable for use as washers, spacers, bushing, worm wheels for various applications, bearings and sleeves.

Has reasonable lubricative nature that makes it favorable for bearing applications. An alloy of Copper containing higher proportion of Lead –up to 25%, in combination with Tin. These alloys haveexcellent self-lubricating properties and are used inapplications where heavy friction, rubbing and slidingforces act. The Lead particles are insoluble in the alloymatrix and hence act as chip breakers in machining –providing excellent machining ease.

An alloy of Copper containing nearly equal proportions of Tin & Lead, up to an extent of 12%. These alloys provide excellent self-lubricating properties with Lead in it’s alloy matrix. These alloys have excellent ease of machining.

An Alloy of Cu, Sn, Zn. High machinability ,high corrosion resistant, Suited to hydraulic,gears, valves. Combining the benefits of adding Tin, Lead and Zinc to forma Copper alloy – bringing together benefits of wear resistance, self-lubrication, ease of machining and a very economical alloy.

An alloy of Copper and Zinc, with alloying elements such as Iron, Manganese and Aluminium, provide enhanced benefits to that of conventional Brass. As the namesuggests, these alloys have greater Tensile strength & Hardness while achieving desired levels of elongation.Typically used as bushings in heavy load applications, stemnuts, high torque applications, gears and drive transmission.

An alloy of Copper with up to 11% Aluminium, alloyed with up to 6% of Iron and Nickel, these are amongst the hardest Bronze alloys available. Suitable for applications requiring high tensile strength, high hardness and elongation. Alumnium imparts ductility to this alloy. Due to its excellent corrosion resistance and resistance to damage by sea water, it finds extensive use in marine applications. This is the preferred alloy for applications such as fluid, high torque, heavy load, sliding, housing/casing, transmission and bearing sleeves.

High in hardness.

An alloy of Copper with Aluminium, Iron and Nickel, providing extremely high hardness, nearly double that of conventional Aluminium Bronze, used in applications such as Deep Drawing, wherein the highly brittle but hard Bronze offers excellent drawing support to Super Hard Materials such as Stainless Steel. The brittle property prevent scaling and scoring of the alloy on to the material being deep drawn, while the hardness provides better efficiency in terms of the number of deep drawing cycles that can be undertaken.