Electrolytic treatment of electroplating equipment requires surface conditions and processing requirements during electroplating. Select the appropriate steps to perform necessary trimming on the surface of the part to make the part have a smooth and smooth surface. This is an important link for obtaining high-quality plating. . In the pre-plating process, the main equipment used are grinding, polishing, brushing, sandblasting, rolling and various types of fixed grooves. Electroplating is the main process in the entire production process. 1. During the electrolysis process, the cathode must be brushed regularly. Because the time of the electrolytic treatment is generally long, during the long-term electrolysis process, the cathode may be loosened.
Features of Shanghai electroplating equipment production line: 1. Wastewater recycling cost can be reduced. 2. 75% -90% of circuit board and electroplating plant wastewater is recycled. 3. The recovered water quality is stable below 200us / cm. 4. Fully automatic continuous system is suitable for large-flow wastewater recovery. 5. The recovered water can be supplied to the pure water system or directly reused to the production line. 6. It has good economic benefits, and the initial cost can be recovered within 1-3 years. 7. In the industrial zone when water is limited or scarce, this recycling equipment can be used to ensure production. 8. The factory expands production without increasing wastewater treatment equipment and emissions. Excellent of Shanghai electroplating equipment production line
Manual production line: Dynamic electroplating production line is suitable for precious metal electroplating, such as nickel plating, silver plating, gold plating, etc. The manual electroplating production line is flexible in design and layout and has a small footprint. It can have 2 to 3 processes at the same time, which can meet the plating process of various parts. Semi-automatic production line: Semi-automatic electroplating production line is suitable for batch production and mass production of precision electronics and small hardware, with large output value and good economic benefits. The electroplating production line is equipped with guide rails on the production line, and the carriage runs on the rails so that the conveyance controls are processed in the plating tank. The workers manually control the travel buttons to operate.
Key points of the hook design on the Shanghai electroplating production line: The best effect of the hook: sufficient mechanical strength and good electrical conductivity, firm contact, convenient loading and unloading, and light weight to maximize production efficiency. Therefore, in the design, the lead should be reasonably designed according to the characteristics of heavy and long lead anodes, light copper mesh and large area. 1. Conductive contact. Generally refers to the contact of the hook with the copper mesh, the contact of the hook with the pole, the contact of the hook with the anode bar, and the like. The conductive contact directly affects the current distribution, and the contact points should be copper.
General enterprises should fully make functional divisions in the preliminary project planning of the electroplating production line. Fully separate the investment for fully automatic plating production operations and plating production lines that require manual participation. In this way, although the introduction of the early-stage electroplating production line may increase or the economic pressure is slightly greater, in the long run: For the semi-automatic electroplating production line, the deployment of skilled technicians to this also achieves the effective integrated utilization of resources. For fully automatic plating production line operation
1. The pre-heating function is set on the man-machine interface of the whole Shanghai automatic electroplating production line. The controllable pre-heating system setting can effectively improve the production rhythm of the electroplating production line. For processes that require pre-heating and strict temperature requirements, both Realize the management of intelligent pre-heating system and effectively improve production efficiency. 2. In the fully automatic plating process, process temperature control is very important. If the temperature fluctuates too much, it will not only cause waste of electrical energy, but also have a greater impact on the quality of product plating. Using PID fuzzy control can effectively reduce or even avoid these problems. 3.Each strip needs temperature control and automatic plating production
1. The design of the production line is reasonable, the structure is compact, the floor space is small, and the working environment can be greatly improved; 2. The driving rail can be divided into two types: high rail and low rail. The site area is small, but the cost is relatively high; the low-rail bracket has the characteristics of short installation time on the site, convenient rail cleaning, and relatively low cost, but the crane should not run too fast; Semi-automatic-fully automatic state conversion, high degree of automation; 4. Anti-collision device can be added to the full-automatic gantry-type electroplating production line to reduce injury to people during operation
Shanghai electroplating production line can be divided into rack plating production line, barrel plating production line, continuous plating production line, brush plating production line, etc. according to the plating method. Various metals or alloys can be deposited on the surface of plated parts by electrolytic process to form metal plating. Fully automatic gantry plating production line is suitable for precious metal plating, such as nickel plating, silver plating, gold plating, etc. It can be used for plating and cleaning of various film thicknesses. The complete set of equipment includes the necessary electroplating tanks, water tanks, and equipment that should be configured on the electroplating production line (including rectifier power, fuel oil heating furnaces, industrial pure water machines, cold-freezers, and exhaust gas treatment exhaust systems).