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» Copper & Tin Master Alloys
Copper & Tin Master Alloys
We offer a wide range of Copper & Tin Master
Alloys which are significantly used for manufacturing high quality copper
rods and extrusions. These products are available in the form of shots,
waffle plates, powder and ingots and packed in wooden boxes / 500 kg steel
drums. These master alloys are also used as grain refiner in automotive
Tin Based Master Alloys
- Tin Magnesium (5%)
- Tin-Nickel (5%)
- Grades: IS-5743, DIN 17657, ASTM B- 52
- Total Impurities in Each Grade: 0.50% Maximum
(For Certain Grades = 0.20% Maximum)
- Form: Ingots Weighing 5 & 8 Kgs
- Shots: up to 8 mm
- Powder: As per customer's request
- Extrusion Industries
- Foundry Industries
- Waffle ingots weighing approx. 5 kg each .
- 500 kg steel drums, 50 Kg wooden cases. Other packing available on
or Phos-Copper is
used in non-ferrous goods manufacturing industry for introducing phosphorus
in the alloy compositions. The introduction of phosphorus deoxidises and
refine the alloys. The phos-copper is a homogenized alloy, which is
manufactured using pure materials in compliance with international standards
ensuring consistent pick-up of phosphorus material.
Brazing Alloys, Welding Electrodes, Phosphor Bronze, Refining of
Hypereutectic Aluminum Silicon Alloys, Deoxidized Copper and Copper Alloys.
The Copper Arsenic
master alloy is
used in both ferrous as well as non-ferrous industries. The arsenic is added
in low concentrations to improve the corrosion resistance of aluminum
bronze, while small additions to brasses inhibit dezincification under
certain corrosive conditions.
The copper manganese
finds its usage in the production of high tensile brass and complex aluminum
bronze alloys. Copper Manganese can also be used for de-oxidation and
desulphurization of CuNi alloys.
Master Alloys are
mainly used while producing silicon bronzes and silicon brasses. The element
is used for de-oxidation purposes and can also be added to CuNi alloys and
monels for precipitation hardening. In compare with pure silicon, the CuSi
master alloy possess relatively low melting point and has high density. In
combination with the specific metallographic structure it ensure very high
dissolution rates and recovery levels.
is used in steel
and copper alloys to improve machinability. This acts as superior alloy in
all applications where products are drilled, turned or machined in some or
the other manner. The 50% of tellurium significantly improves the cutting
properties of copper.
The Copper Nickel alloy
is used for
its corrosion resistance. It is mainly used in marine applications that
takes place in salty water atmosphere. These are available in (10%, 20%,
25%, and 30%) in ingot form.
Valves, Pump components, Fittings, Flanges.
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