Leading Manufacturer & Exporter of Pipe Fittings

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What are the advantages of using nickel alloy flanges?

Outstanding corrosion resistance, high-temperature strength, and outstanding mechanical qualities are just a few benefits of using nickel alloy flanges. They are perfect for usage in hot, corrosive settings since they also exhibit great resistance to oxidation and sulfidation. They are appropriate for use in a variety of applications due to their high ductility and ease of welding.

Ni weld neck flange manufacturer in India

nickel alloy flanges

What are the challenges and limitations of using Ni Flanges in certain applications?

There are some challenges and limitations associated with Ni blind flanges’ use in certain applications. They are more prone to stress corrosion cracking and may not be okay for use in applications where there are high levels of S or H.

If the working circumstances are moderate and nickel flanges’ exceptional performance attributes are not necessary, they might not be the most economical choice.

We offer a variety of Nickel slip on flange that are specifically designed for high-pressure applications.

Nickel Alloy Flanges

Nickel Alloy Flanges

Ni weld neck flange

Ni weld neck flange

Nickel slip on flange

Nickel slip on flange

What is the creep resistance of High nickel rtj flange?

High nickel RTJ flanges offer excellent creep resistance due to their high nickel content. The creep resistance of nickel alloys is due to the formation of a protective oxide layer that helps to prevent the deformation of the material under high temperatures and loads.

You can rely on our Nickel alloy weld neck flange price list to provide transparent and accurate pricing information.

Nickel alloy flanges Specification

Nickel alloy flanges specification

We can ship High nickel alloy threaded flange within 8 to 10 days in Middle East contries

Nickel flange types

Ni socket weld flange

Ni socket weld flange

  • Cold Water Finish
  • Spiral Serrated
  • Concentric Serrated

Nickel slip on flange

Nickel slip on flange

  • Impact testing
  • Microscope
  • Dye penetrate test

High nickel blind flange

High nickel blind flange

  • Size range: 1/2 to 24 inch

Nickel alloy weld neck flange

Nickel alloy weld neck flange

  • Cl 150
  • Cl 300
  • Cl 600

Pure nickel rtj flange

Pure nickel rtj flange

  • PN25
  • PN40

High nickel alloy forged flange

High nickel alloy forged flange

  • Flat face
  • Raised face
  • Ring joint
We have a wide selection of High nickel rtj flange in various sizes and dimensions to ensure you find the right fit for your needs.

Ni weld neck flange chemcial and mechanical properties

Nickel alloy flanges material properties

Nickel alloy flanges facing finish imperfections

Nickel flanges facing finish

How do buyers ensure the safe and secure shipment of Ni alloy orifice flange during export?

To ensure the safe and secure shipment of Ni alloy orifice flanges during export, buyers should use appropriate packaging materials, such as wooden crates or pallets, to protect the flanges from damage during transport.

The packaging should be sturdy enough to prevent any shifting or movement of the flanges during transit. Additionally, buyers should work with a reputable freight forwarder or shipping company that has experience handling sensitive and high-value materials to ensure that the flanges arrive at their destination in good condition.

How hardness test is it performed on nickel alloy weld neck flange?

A hardness test can be performed on nickel alloy weld neck flanges using a Vickers or Rockwell hardness tester. The tester applies a known load to the surface of the flange and measures the depth of the resulting indentation to determine the hardness of the material. The hardness of nickel alloys can be influenced by factors such as the alloy composition, the heat treatment process, and the manufacturing method.

What is the maximum allowable pressure for Nickel slip-on flange?

The maximum pressure that a nickel slip-on flange can withstand depends on a number of variables, including the flange’s size, material composition, and temperature. Using formulas or tables that are accepted in the industry and take into consideration these factors, the maximum permissible pressure can be calculated.