Pure nickel (Nickel 200/201) possesses extremely high purity (≥99%), exhibiting excellent resistance to alkali and reducing media corrosion in caustic soda, chlor-alkali, fluorochemical, and food processing equipment. It also boasts good thermal and electrical conductivity and processing performance, making it an ideal material for the chemical and electronics industries. Our company supplies a full range of pure nickel and nickel-chromium products (plates, bars, tubes, wires, strips) in various forms, supporting small-batch trial orders. We leverage major ports for efficient delivery, providing reliable materials for harsh chemical environments and high-temperature electrothermal applications.

Pure nickel (Nickel 200/201) possesses extremely high purity (≥99%), exhibiting excellent resistance to alkali and reducing media corrosion in caustic soda, chlor-alkali, fluorochemical, and food processing equipment. It also boasts good thermal and electrical conductivity and processing performance, making it an ideal material for the chemical and electronics industries. Our company supplies a full range of pure nickel and nickel-chromium products (plates, bars, tubes, wires, strips) in various forms, supporting small-batch trial orders. We leverage major ports for efficient delivery, providing reliable materials for harsh chemical environments and high-temperature electrothermal applications.

Pure nickel (Nickel 200/201) possesses extremely high purity (≥99%), exhibiting excellent resistance to alkali and reducing media corrosion in caustic soda, chlor-alkali, fluorochemical, and food processing equipment. It also boasts good thermal and electrical conductivity and processing performance, making it an ideal material for the chemical and electronics industries. Our company supplies a full range of pure nickel and nickel-chromium products (plates, bars, tubes, wires, strips) in various forms, supporting small-batch trial orders. We leverage major ports for efficient delivery, providing reliable materials for harsh chemical environments and high-temperature electrothermal applications.