Technolloy Inc

• High strength austenitic alloy
• Good corrosion resistance

Phosphor bronze, or tin bronze, is a bronze alloy that contains a mixture of copper, tin and phosphorous.

Qualities of Phosphor Bronze Alloys

Phosphor bronze alloys are primarily used for electrical products because they have superb spring qualities, high fatigue resistance, excellent formability, and high corrosion resistance. The addition of tin increases the corrosion resistance and strength of the alloy. The phosphor increases the wear resistance and stiffness of the alloy.

Phosphor bronze C544 is one of the finest bearing alloys the industry has to offer. Phosphor bronze is available in sheet, strip, plate, wire, rod and bar.

Other Applications

Other uses include corrosion resistant bellows, diaphragms, spring washers, bushings, bearings, shafts, gears, thrust washers, and valve parts.

We are offering Monel Rod. Monel 400 is an alloy made from a combination of nickel and copper, and is usually formulated in proportions of approximately 67 percent nickel and 33 percent copper. The primary appeal of nickel alloy 400 is its outstanding alkaline and corrosion resistance properties, making it widely used in the marine and chemical processing industries. Common applications of nickel alloy 400 include marine fixtures and hardware, process piping, shafts and vessels, heat exchangers, water and gas tanks, electrical components and petroleum production and refining equipment. Alloy 400's alkaline resistance capabilities make it a good choice for deployment in environments where it is subjected to highly acidic substances, such as salt water, sulfuric acid or hydrofluoric acid. Additional treatments can be applied to give nickel alloy 400 magnetic properties, thus broadening its range of potential uses. It is significantly harder, stronger and more corrosion-resistant than pure nickel, and its default hardness characteristics can be increased by exposing the alloy to cold-working processes.

• High strength over a broad range of temperatures
• Outstanding corrosion & alkaline resistance
• Magnetic capability

Tantalum Rod/Bar are made of tantalum ingots. It can be used in chemical industry and oil industry due to its corrosion resistance. OM STEEL is a trust supplier of tantalum rod/bar and we can provide customized tantalum products. OM STEEL tantalum rod is worked cold from ingot to final diameter. Forging, rolling, swaging, and drawing are used singularly or in combination to reach the desired size.
Tantalum rod and bar are mainly used as high-temperature alloys containing tantalum, tantalum-based heat-resistant and corrosion-resistant alloy additives.

Nitronic 60 Round Bar offers outstanding wear and galling resistance along with good corrosion resistance, making it perfect for valves, fasteners, and marine applications. Available in diameters from 5mm to 1200mm, priced at Rs 500 per kg. Suitable for applications demanding high durability and reduced galling under heavy loads.

• Precipitation hardening steels are characterised into one of three groups based on their final microstructures after heat treatment. 
• The three types are: martensitic (e.g. 17-4 PH), semi-austenitic (e.g. 17-7 PH) and austenitic (e.g. A-286).

• Martensitic precipitation hardening stainless steels have a predominantly austenitic structure at annealing temperatures of around 1040 to 1065 DegreeC. Upon cooling to room temperature, they undergo a transformation that changes the austenite to martensite.

• Unlike martensitic precipitation hardening steels, annealed semi-austenitic precipitation hardening steels are soft enough to be cold worked. Semi-austenitc steels retain their austenitic structure at room temperature but will form martensite at very low temperatures.

• Austenitic precipitation hardening steels retain their austenitic structure after annealing and hardening by ageing. 
• At the annealing temperature of 1095 to 1120 DegreeC the precipitation hardening phase is soluble. It remains in solution during rapid cooling. When reheated to 650 to 760 DegreeC, precipitation occurs. 
• This increases the hardness and strength of the material. Hardness remains lower than that for martensitic or semi-austenitic precipitation hardening steels. Austenitic alloys remain nonmagnetic.