Incoloy Alloy Nickel Inconel 601 926 Pipe 6mm Round Bar Inconel 625

Product Specification

Incoloy Alloy Nickel Inconel 601 926 Pipe 6mm Round Bar Inconel 625

Product Introduction:

Incoloy 926:

Inconel 601:

Inconel 601 tube is a high-performance nickel chromium iron-based solid solution strengthened alloy tube with excellent high-temperature corrosion resistance and oxidation resistance. Its main components include nickel (58% -63%), chromium (21% -25%), and iron (balance), as well as small amounts of aluminum (1.0% -1.7%) and silicon (0.5%). These components endow Inconel 601 tube with excellent corrosion resistance, especially in high temperature and corrosive environments. Inconel 601 tube can maintain good oxidation resistance even at temperatures up to 1180 ℃, and can generate a dense oxide film even during heating and cooling cycles, thus possessing high anti stripping properties. It has good mechanical properties at both room temperature and high temperature, with a tensile strength of up to 650 MPa (annealed) and 600 MPa (solution treated), and an elongation of 30%. Inconel 601 tube is widely used in trays, baskets, and fixtures in heat treatment plants, wire strand annealing and radiation tubes, high-speed gas burners, wire mesh belts in industrial furnaces, isolation tanks in ammonia reforming, catalytic support grids in nitric acid manufacturing, exhaust system components, combustion chambers in solid waste incinerators, pipeline supports, and ash treatment components.

Parameter

Advantages and Characteristics

• Excellent high-temperature corrosion resistance:Inconel 601 has excellent oxidation resistance and carbonization resistance in high temperature environments, and can be used for a long time at temperatures up to 1180 ° C. Even in harsh heating and cooling cycles, it can generate a dense oxide film with high anti stripping properties.
• Good mechanical performance:It has good mechanical properties at both room temperature and high temperature, with a tensile strength of up to 650 N/mm ² after annealing treatment, a yield strength of up to 300 N/mm ², and an elongation of up to 30%.
• Excellent resistance to stress corrosion cracking:Due to the control of carbon content and grain size, Inconel 601 has high creep fracture strength and is therefore recommended for use in fields above 500 ° C.
• Good processing performance:Inconel 601 has excellent cold forming characteristics and can be processed through common processing techniques such as forging, rolling, bending, etc. Although its high-strength characteristics make mechanical processing relatively difficult, the manufacturing of complex components can still be achieved through reasonable processing techniques and tool selection.

Related Questions and Answers

What are the main components of Inconel 601?
The main components of Inconel 601 are nickel (58-63%), chromium (21-25%), iron (balance), carbon (0.1%), manganese (1.5%), silicon (0.5%), copper (1.0%), aluminum (1.0-1.7%), phosphorus (0.02%), and sulfur (0.015%).

What is the corrosion resistance of Inconel 601?
Inconel 601 has excellent corrosion resistance, especially in high-temperature sulfur-containing atmospheres. Its high chromium and aluminum content enables it to form a dense oxide film at high temperatures, effectively preventing corrosion.

What is the high temperature strength of Inconel 601?
Inconel 601 can maintain good mechanical properties in high temperature environments, with a tensile strength of up to 650 N/mm ² after annealing treatment, a yield strength of up to 300 N/mm ², and an elongation of up to 30%. At a high temperature of 700 ° C, its tensile strength can still be maintained above 500 MPa.

What is the processing performance of Inconel 601?
Inconel 601 has good machinability, although its high strength makes mechanical processing relatively difficult, it can still achieve the manufacturing of complex components through reasonable processing techniques and tool selection. In the market, many companies have developed specialized processing tools for Inconel 601 to improve processing efficiency.