Nickel plate is a flat product made of pure Nickel Material. It has the following properties: CORROSION RESISTANCE: Nickel plate has excellent corrosion resistance and is resistant to many chemicals, including acids, alkalis, and oxidizers.
Conductivity: Nickel plate is a good conductive material and can be used in the manufacture of electrical and electronic equipment, such as batteries, circuit boards and capacitors.
Magnetism: Nickel plate has a certain degree of magnetism and is suitable for the manufacture of magnetic components such as magnets, electromagnetic coils and sensors.
High Temperature Stability: Nickel plate has good high temperature stability and is suitable for applications in high temperature environments such as furnace walls, catalytic converters and aircraft engine components.
The main uses of nickel plate include:
Industrial field: Nickel plate is widely used in the chemical, aerospace, electronics, marine, automotive, petroleum and petrochemical industries for the manufacture of containers, piping, tanks, valves, heat exchangers and refrigeration equipment. Electronic field: Nickel plate is commonly used in the manufacture of electronic devices, batteries, capacitors, wires and contactors.
Metal working industry: Nickel plate can be used in metal working processes such as cutting, stamping and welding.
Decorative Jewelry: Nickel plate can also be used in the production of decorative items, metal crafts and jewelry.
The common methods of making nickel plate include fusion method, electrolysis method and chemical deposition method. Among them, electrolysis is the most commonly used method to prepare nickel plates. By dissolving the nickel anode into the nickel ion electrode during the electrolysis process, a nickel metal layer is then deposited on the cathode.
Nickel plate safety information: Nickel is a potentially allergenic metal, and prolonged contact with nickel can lead to skin irritation and atopic dermatitis. When in contact with nickel plates, avoid direct skin contact, wear gloves and other appropriate protection. The generation of nickel dust and the use of welding electrodes with excessive nickel content should also be avoided during the use of nickel plates to ensure safety.