Plastic Electroplating-electroplating Technology Is Used in Various Fields

Plastic electroplating-electroplating technology is used in various fields.
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1) New generation information technology industry.
The new generation of information technology industry relies heavily on integrated circuits and special equipment, information and communication equipment, electronic computers and other basic equipment, and needs electroplating technology to ensure the stability of the equipment. High phosphorus electroless nickel plating is widely used in electronic industry because of its unique corrosion resistance and wear resistance, stable non-magnetic, high resistivity and heat resistance.
(2) High-end CNC machine tools and robots.
At present, most CNC machine tools and robots are made of metal parts, which need to accept high-intensity repeated movements and high-temperature and high-pressure working environment. Electroplating technology helps to improve their mechanical strength, ensure reliability and accuracy, and maximize their corrosion resistance, electrical conductivity, lubricity, heat resistance and surface aesthetics.
(3) Aeronautics and Space.
The whole aerospace equipment industry chain is the field of high-end equipment and new materials, which requires high performance of spare parts. It is necessary to ensure that its performance stability, quality reliability, environmental adaptability, service life and other indicators meet the corresponding standards. For example, the aircraft system integration chassis is made of aviation special metal materials, pressure and corrosion resistance needless to say, the embedded lines and plugs are aviation special products to ensure that they are firm and must not be loosened, let alone a short circuit.
(4) Marine engineering equipment and high-tech ships.
Seawater is a highly corrosive medium in nature, especially with the development of economy, the pollution in offshore areas is increasing, which not only makes the seawater environment more complicated, but also makes the corrosion of metals in seawater environment more prominent. Because the marine engineering equipment and structures serve in harsh corrosive environment, and their underwater structures are eroded by sea water and affected by microorganisms for a long time, higher requirements are put forward for their corrosion resistance. it is necessary to improve its corrosion resistance by electroplating technology.
(5) Advanced rail transit equipment.
The track of high-speed railway needs to undergo extreme climate test, especially in the plateau area, the technical problems of plateau permafrost need to be overcome, so some metal surface treatment technologies need to be adopted on the railway track to resist these extreme tests. The performance of rail or high-speed train can be greatly improved by metal surface treatment, such as anti-corrosion, anti-rust, anti-wear, electrical conductivity, lubricity, strength, heat resistance, weather resistance and so on.
(6) Energy saving and new energy vehicles.
The core components of energy-saving and new energy vehicles, such as drive motors, high-efficiency internal combustion engines, advanced transmissions and lightweight materials, need to be supported by electroplating technology, such as complex automobile parts, such as gears, radiators and nozzles also need to be protected by electroless nickel plating.
(7) Electrical equipment.
Power equipment needs to break through the manufacturing technology of high-power electronic devices, high-temperature superconducting materials and other key components and materials, and promote new and renewable energy equipment, advanced energy storage devices, smart grid power transmission and transformation and user-end equipment. All these require electroplating technology to provide hardware guarantee.
(8) Agricultural machinery equipment.
Many agricultural machinery and equipment need to be used in the hot sun or humid environment, and its surface is often in contact with soil and sewage, which is easy to cause corrosion and rust. Therefore, its parts and surfaces need to be electroplated to ensure its protective performance.
(9) New materials.
Electroplating technology is of great significance for the research in these fields, focusing on special metal functional materials, high-performance structural materials, functional polymer materials, special inorganic non-metallic materials and advanced composite materials.
(10) Biomedical and high-performance medical devices.
Because medical devices are in direct or indirect contact with the body, and may even be implanted into the body for a long time, the safety requirements of medical devices are very high. Many parts of medical devices are made of metal. Metal in the processing process will produce small burrs and corrosion resistance, which need to be treated by metal electroplating process.