Pure nickel wire mesh

Pure nickel wire mesh is also known as pure nickel filter mesh, pure nickel woven mesh, pure nickel screen mesh, pure nickel square hole mesh, pure nickel punching plate, pure nickel diamond mesh, pure nickel metal wire mesh, pure nickel filter mesh, etc.
Types of pure nickel wire mesh: pure nickel woven mesh, pure nickel punching mesh, pure nickel steel plate mesh, pure nickel welding mesh, pure nickel crimping mesh, pure nickel filler mesh, pure nickel wire mesh demister, pure nickel plain mesh, pure nickel twill mesh, pure nickel stainless steel mesh belt, etc.
Pure nickel wire mesh grades: N4, N5, N6, N7, N8;
pure nickel wire has a high melting point, corrosion resistance, and good mechanical properties. It is used to manufacture electric heaters, high temperature resistant cables, temperature measuring wires, etc. The
mechanical properties of nickel are close to those of carbon steel, and its alkaline corrosion resistance is second only to silver among metal materials. A black protective film will form on the surface of nickel wire in concentrated alkali, making it very corrosion-resistant. It is mostly used for electric light source materials and coating. It has high surface quality and good processing performance. It is used to make work such as anodes, diaphragms, electrode brackets, etc. It can also be used as guide wires in light bulbs. In addition, it plays a very important role in the chlor-alkali industry. The electrode material has various alloy components due to different use conditions. In addition, the electrode material is required to have low resistivity to avoid overheating of the electrode, high high temperature strength to reduce material wear, and more viscous melting and volatilization under the action of the arc to improve the service life.
Characteristics of pure nickel wire mesh:
1. It has weldability, high conductivity, and suitable linear expansion coefficient  .
2. Good strength at high temperature and low resistivity.
3. High melting point, corrosion resistance, good mechanical properties, good pressure processing in hot and cold states, easy to degas, suitable for radio, electric light sources, machinery manufacturing, chemical industry, and is an important structural material in vacuum electronic devices.