Difference between NI201 and NI200

<>N02200 alloy has the following properties:

N02200 is pure commercial pure nickel with excellent mechanical properties and corrosion resistance, high thermal and electrical conductivity, low gas content and low vapor pressure.

N02200 Applications:

Food processing equipment, salt refining equipment.

Mining and marine extraction.

Equipment required to manufacture industrial sodium hydroxide at high temperatures above 300 °C.

N02200 Main Specifications:

N02200 seamless pipe, N02200 steel plate, N02200 round bar, N02200 forging, N02200 flange, N02200 ring, N02200 welded pipe, N02200 steel strip, N02200 straight bar, N02200 wire and supporting welding consumables, N02200 round cake, N02200 flat bar, N02200 hexagonal bar, N02200 reducer head, N02200 elbow, N02200 tee, N02200 machining parts, N02200 Bolt Nut, N02200 Fastener.

n02201

N02201 alloy has the following properties:

N02201 is a pure commercial nickel with very low carbon content and has been approved for use in high temperature environments up to 1230.

N02201 Applications:

Food processing equipment, salt refining equipment.

Mining and marine extraction.

Equipment required to manufacture industrial sodium hydroxide at high temperatures above 300 °C.

N02201 Main Specifications:

N02201 seamless pipe, N02201 steel plate, N02201 round bar, N02201 forging, N02201 flange, N02201 ring, N02201 welded pipe, N02201 steel strip, N02201 straight bar, N02201 wire and supporting welding consumables, N02201 round cake, N02201 flat bar, N02201 hexagonal bar, N02201 resized head, N02201 elbow, N02201 tee, N02201 processing parts, N02201 bolt nut, N02201 fastener.

Ni201 and Ni200 have different C content, and Ni201 has better deep drawing performance.

Generally speaking, there is little difference in the corrosion resistance between the two, but in terms of deep drawing performance, Ni201 is better. The ultra-thin nickel foil, which is generally used for electronic components and electronic products, is made by deep processing using Ni201 and higher Ni205.

Excellent mechanical properties and high corrosion resistance in a variety of different environments, but also has the characteristics of magnetism, high heat transfer, high conductivity, low gas volume and low vapor pressure, pure nickel Ni201 is mainly used in electronic products, high-precision chemical instruments and other products.

Ni200 is a nickel-based superalloy.

Nickel-based superalloy refers to a superalloy with nickel as the matrix (the content is generally greater than 50%) in the range of 650 1000, with high strength and good oxidation resistance and gas corrosion resistance.

It has a certain high temperature strength, good oxidation resistance, hot corrosion resistance, cold and thermal fatigue resistance, and good plasticity and weldability, etc., and can be used to manufacture components with high working temperature and low stress (several kilograms per square millimeter, see Table 1), such as the combustion chamber of a gas turbine.

Nickel-based superalloys (hereinafter referred to as nickel-based alloys) were developed in the late 30s. The United Kingdom first produced the nickel-based alloy Nimonic 75 (; In order to improve the creep strength, aluminum was added, and Nimonic 80 (. Nickel-based alloys were also developed in the United States in the mid-40s, the Soviet Union in the late 40s, and China in the mid-50s.

Ni200 is a nickel alloy material.

NI200 Shanghai Boseman.

Ni200 alloy has the following properties:

Ni200 is pure commercial pure nickel with excellent mechanical properties and corrosion resistance, high thermal and electrical conductivity, low gas content and low vapor pressure.

NI200 Applications:

Food processing equipment, salt refining equipment.

Mining and marine extraction.

NI200 Key Specifications:

NI200 seamless pipe, NI200 steel plate, NI200 round bar, NI200 forging, NI200 flange, NI200 ring, NI200 welded pipe, NI200 steel belt, NI200 straight bar, NI200 wire and supporting welding consumables, NI200 round cake, NI200 flat bar, NI200 hexagonal bar, NI200 reducer head, NI200 elbow, NI200 tee, NI200 machining parts, NI200 bolts and nuts, NI200 fasteners.

<> Ni200 pure nickel.

NI200 has excellent corrosion resistance, high electric vacuum performance and electromagnetic performance, and is widely used in chemical industry, machinery and electronics, food and other aspects. Pure nickel has excellent welding performance and processing performance, and can be processed into pipe, rod, wire, strip and foil products. It is one of the most widely used materials in industry, it has very good mechanical properties, excellent corrosion resistance in many corrosion-resistant environments, especially caustic soda corrosion.

Ni200 is purely commercial (caused by nickel, with excellent mechanical properties and corrosion resistance, high thermal and electrical conductivity, low gas content and low vapor pressure.

Fields of application. In food processing equipment, salt refining equipment. However, equipment required to manufacture industrial sodium hydroxide at high temperatures of more than 300 °C, etc. In the field of materials, it can be used to make plates, strips, round bars, welded pipes, and so on.

NI200 is a high-temperature nickel-based alloy steel.

High temperature nickel-based alloy steel properties:

Super stainless steel and nickel-based alloy are special stainless steels, which are first different from ordinary stainless steel 304 in terms of chemical composition, and refer to a kind of high-alloy stainless steel containing high nickel, high chromium and high molybdenum. Secondly, in terms of high temperature resistance or corrosion resistance, compared with 304, it has better high temperature resistance or corrosion resistance, which is irreplaceable by 304. In addition, from the classification of stainless steel, the metallographic structure of special stainless steel is a stable austenitic metallographic structure.

Because this special stainless steel is a high-alloy material, it is quite complex in the manufacturing process, and generally people can only rely on traditional processes to manufacture this special stainless steel, such as pouring, forging, calendering and so on.