Pure Nickel Wire: Classification and Characteristics of Pure Nickel Wire


The mechanical properties of nickel are close to those of carbon steel, and its alkali corrosion resistance is second only to silver in metal materials. The surface of pure nickel wire in strong alkali will generate a black protective film, which is very corrosion resistant. It is mostly used in electric light source materials, with high coating surface quality and good processability. It is used in the manufacture of anodes, diaphragms, electrode supports, etc. It is also used as a guide wire for bulbs and plays a very important role in chlor-alkali industry.

The mechanical properties of nickel are close to those of carbon steel, and its alkali corrosion resistance is second only to silver in metal materials. The surface of pure nickel wire in strong alkali will generate a black protective film, which is very corrosion resistant. It is mostly used in electric light source materials, with high coating surface quality and good processability. It is used in the manufacture of anodes, diaphragms, electrode supports, etc. It is also used as a guide wire for bulbs and plays a very important role in chlor-alkali industry. Electrical grade materials according to the use of different conditions, there are a variety of components of the alloy. In addition, in order to prevent the electrode from overheating, the electrode material requires low resistivity, high temperature strength to reduce material wear, and performance such as improving life through arc melting and volatilization. Let's learn about the classification and characteristics of pure nickel wire!

 

Pure nickel wire has good mechanical strength, corrosion resistance and high heat resistance, and is suitable for making vacuum devices, electronic equipment parts, filters for chemical production of strong alkali, etc.

 

Pure nickel wire is used in wireless, electric light source, machinery manufacturing, chemical industry, and is an important structural material for vacuum electronic devices.

 

In addition to the physical and chemical properties of metal nickel, pure nickel wire is also resistant to strong alkali, neutral and weak acid, and has stable performance in the atmosphere, fresh water and sea water. Pure nickel wire is mainly used to manufacture various strong alkali-resistant equipment, and its product shape is tube, plate, rod, belt, wire, etc.

 

Pure nickel wire also has good corrosion resistance and excellent heat resistance to strong alkali solution.

 

Carbonate, nitrate, sulfate, chloride, acetate and other salts of alkaline, neutral solution medium has excellent corrosion resistance.

 

The mechanical properties of nickel are close to carbon steel, and the alkali corrosion resistance is second only to silver in metal materials. The surface of nickel wire in strong alkali generates a black protective film, which can give full play to corrosion resistance. It is mostly used for electric light source materials, with high coating surface quality and good processability. It can be used for the production of anodes, separators, electrode supports, etc., and can also be used for the production of wires on the bulb. It plays a very important role in the chlor-alkali industry. Electrical grade materials according to the use of different conditions, there are a variety of components of the alloy. In addition, the electrode material is required to have properties such as a low resistivity that the electrode does not overheat, a high high-temperature strength for reducing wear of the material, and an improved life by melting and volatilization of an arc.

 

1, with weldability, high conductivity, appropriate linear expansion coefficient

2. Good strength and low resistivity at high temperature

3. High melting point, good corrosion resistance, good mechanical properties, good pressure processability under hot and cold conditions, easy to deflate, suitable for wireless, electric light source, machinery manufacturing, and chemical industries. It is an important structural material in vacuum electronic components.

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