The core technical advantages include the titanium ruthenium-iridium plated anode with a service life of up to 5 years, which reduces the replacement frequency of consumables by 60%. The self-circulating filtration system can purify the electrolyte in real time, reducing the consumption of electrolyte by 30%. The PLC touch screen operation interface is simple and easy to use, and supports remote monitoring and parameter adjustment. The built-in leakage protection and over-current alarm system ensures safe production. Compared with traditional electroplating tanks, it has higher production efficiency and lower labor costs, which is suitable for large-scale batch production.
The rated power is 45kW, and the current range is 0-500A DC. The electrolytic tank size is 2m long, 0.8m wide and 1.2m deep, with an electrode spacing of 150mm. The temperature control range is 35-65°C with an accuracy of ±0.5°C. The self-circulating filtration system has a flow rate of 15m³/h, and the PLC control system supports multiple preset process parameters. The equipment is made of FRP and stainless steel, with a total weight of 8.5 tons, and the overall dimensions are 6*2.5*3m. It supports 380V 3-phase AC power supply, and is suitable for zinc, nickel, chrome and other common metal electroplating processes.
It is mainly applicable to hardware fastener manufacturing, auto parts surface treatment, bathroom hardware production, electronic component plating processing and other industrial scenarios requiring batch metal surface anti-corrosion and decorative plating. It can meet the mass production needs of large-scale hardware factories, and is suitable for upgrading and transforming traditional electroplating production lines to meet higher environmental protection standards.
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