Hastelloy C276 tube

Alloy C276 has nickel, chromium and molybdenum in its chemical composition with added tungsten.It shows excellent corrosion resistance in various environments.The Hastelloy C276 tube also shows pitting and crevice corrosion resistance.They have a low carbon content which minimizes the risk of carbon precipitation during welding.The EN 2.4819 square tubing shows good resistance to elevated temperature conditions that can go up to 1038°C.

They possess good mechanical properties, with a minimum yield strength of 345 Mpa.Nickel C276 condenser tubes can achieve strength by undergoing the pilger process.They can also maintain their toughness at cryogenic temperatures.The 2.4819 Hastelloy C276 gas tube can be hot worked within the temperature range of 870-1230 °C.They have a high work hardening rate, so annealing is a recommended process.

Most trustworthy hastelloy C276 seamless tube suppliers in India in accordance with ASTM B622, check alloy C276 tube price list

The price of alloy C276 tube in India can vary with the suppliers you choose.Firstly, the raw material prices depend on the market conditions and it also changes with the quality.The suppliers also have their internal pricing strategies and the demand for the UNS N10276 cold drawn tube also determines the price.

Now other factors like quantity ordered, added requirements like surface treatments, testings, etc.and delivery location also determine the price.You should always do your research and go for reputed suppliers like Regent Steel & Engineering Co., who offer quality Hastelloy alloy C276 boiler tubes at competitive rates.

We attention to the availability and supply of UNS N10276 heat exchanger tube size range from 12mm to 260 mm and length 6-12 meter with prompt dispatch to Mumbai.see Hastelloy C276 tubing hardness

The hardness value of Hastelloy C276 tubing is 40HRc.Thus, they are suitable for applications that require high strength and resistance to high heat and wear.Hastelloy 2.4819 superheater tubes can be found in industries like chemical and petrochemical processing, pharmaceutical, power generation, pulp & paper production, etc.

Certified stockist of DIN 2.4819 redrawn tube with wall thickness of 1.65mm to 8.18 mm in various shape at a genuine price, know more about specification

Get opportunity to purchase nickel alloy c276 bright annealed tube and superheater tubes for a fair price, check its more available types

Any UNS N10276 cold drawn and boiler tubes supply demands can be met by us as one of the leading hastelloy C276 tube suppliers, view its technical properties

• Inconel 625 has a high chromium content whereas Hastelloy C276 has higher molybdenum content.
• 625 shows good oxidation resistance whereas UNS 0276 heat exchanger tube material is reduction resistant.Thus, 625 is preferred in oxidizing environments whereas C276 is for reducing solutions.

• The disadvantages of Hastelloy C276 seamless tube will include:
• C276 is a premium alloy and the seamless tube made from this can be very expensive.
• It has a specialized composition and is subject to limited availability.This can increase the price of the products and the delivery timelines.
• nickel alloy C276 bright annealed tube has a high work hardening rate and low thermal conductivity.Thus, they are quite challenging to machine and fabricate.
• C276 material can get brittle above the temperature of 704 °C.
• They have a high coefficient of thermal expansion.
• Hastelloy C276 tube suppliers suggest that the material might not be ideal for all corrosive environments.For example, it can exhibit localized corrosion if exposed to high temperature concentrated sulphuric acid.

C276 tubing can be easily welded and processed using standard procedures.The hot working temperature for the material is within the range of 870-1230 °C.ERNiCrMo-4 or ERNiCrMo-4 can be used as a filler material in welding DIN 2.4819 redrawn tube for chemical and petrochemical industries.

0.004-0.008 in.feed, Speed: 30-50 sfm, 0.150 in depth of cut.

at room temperature it is resistant to all concentrations of hydrochloric acid

1800°F (982°C)

6.47 ± 0.20 mm/y

low chromium content