Reduce production costs and improve efficiency. Electroplating equipment High interest rate and low production efficiency are common problems in electroplating enterprises in various regions. Because of the disorderly competition, the price is depressed to attract orders, Electroplating equipment manufacturer The poor economic efficiency has led to the lack of sufficient funds for enterprises to invest in improving environmental protection facilities and the treatment of electroplating wastewater treatment. Therefore, it is necessary to adjust the industrial structure, eliminate a number of electroplating plants with serious pollution, and promote enterprises to change to the direction of improving management efficiency, implementing cleaner production, and reducing interest and consumption. Promote the upgrading of the industry by increasing the research and development of electroplating equipment improvement and application technology. Small electroplating equipment factories should actively adapt to the market environment, pay close attention to transformation and upgrading, pay attention to innovation and development, develop stronger core competitiveness through technological innovation, open wider markets through product innovation, bring more gratifying vitality through management innovation, and grow from time to time in adversity.
(1) Surface treatment solution: in order to improve the bonding strength between the coating and the substrate, the plated surface must be strictly pretreated in advance, including electrocleaning treatment and activation treatment, so there are electrocleaning solution and activation solution.
Electrocleaning solution: It is called electrocleaning treatment to remove the oil stain and impurities on the metal surface of parts by electrolysis. The electrocleaning solution is colorless and transparent alkaline solution. It does not freeze at - 10 ℃ and can be stored for a long time with low corrosivity. Rinse the parts with clean water after electrocleaning.
Activation solution: It is called activation treatment to remove the oxide film on the metal surface of parts by electrolysis. The purpose is to expose the metal luster on the surface of parts and create conditions for the combination of coating and base metal.
(2) Deposition metal solution: brush plating solutions are generally divided into acidic and alkaline. The deposition rate of acid solution is 1.5~3 times faster than that of alkaline solution, but most acid solutions are not suitable for loose metal materials, such as cast iron, nor for metal materials that are not resistant to acid corrosion, such as tin, zinc, etc. Alkaline and neutral electroplating solutions have good service performance and can obtain coatings with fine grains. Electroplating equipment has good plating ability at corners, slits, blind holes, etc., without corrosion, and is suitable for plating on parts of various materials.
(3) Deplating solution: used to remove the coating on the surface that does not need to be plated, mainly removing chromium, copper, iron, cobalt, nickel, zinc and other coatings.
Develop towards high-end products. Electroplating enterprises constantly improve and improve their production processes and technical equipment. Electroplating equipment develops from low-end products to high-end products. Electroplating equipment gradually realizes automatic electroplating production lines controlled by computers to meet the development requirements of high-end products. Modernization of electroplating equipment. The automation, intelligence and computerization of electroplating equipment will help to improve work efficiency, improve working conditions, reduce pollution and ensure the overall improvement of electroplating product quality. With the improvement of electroplating industry supervision, electroplating equipment is developing towards intelligent direction, which can realize remote monitoring and warning of excessive emissions. Only in this way can the fundamental requirements of up to standard emissions be realized in a real sense.
