ClO2 generator is the key equipment for the entire dosing system

The pressurized tap water passes through the water ejector to generate a vacuum inside the reaction tower. Due to the vacuum, the liquid medicine is sucked into the reaction tower, ClO2 produced by the reaction is sucked by the water jet and mixed with the jet water, and then sent to the circulating water pool. . The flow rate of the liquid is measured and indicated by the float flow meter. The flow rate is controlled by a manual valve. The reactor is also equipped with a differential pressure regulator. Its role is to stabilize the flow of the liquid.

The liquid and the optimized reaction water are sucked into the reaction tower through a vacuum-controlled three-seated valve to increase the production of ClO2. The ClO2 solution from the reaction tower passes through a bull's eye indicator. The color of the liquid in the indicator can be used to estimate the product. the quality of. ClO2 generator is the key equipment of the whole dosing system, with complete safety protection facilities. The degree of vacuum generated by the water ejector is indicated on the generator panel by a vacuum gauge. When the operating conditions change, the vacuum degree decreases. When the minimum value is reached, the vacuum-operated three-seat valve will automatically close, cutting off the liquid and ensuring the safety of the system.

In order to make the system run reliably, the metering box is set on the platform of the elevation of 1.5m, and the water for the optimal reaction is supplied with constant pressure. All parts of the generator are housed in a polyester glass steel cabinet. All equipment is corrosion-resistant and the generator is maintenance-free. It is also very convenient to replace the control valves that wear out for a long time.

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Injection molding is the most commonly used manufacturing process for Plastic Parts. The use of injection molding to manufacture various products varies greatly in size, complexity and application. The injection molding process requires the use of injection molding machines, raw plastic materials and molds. The plastic is melted in an injection molding machine and then injected into a mold, where it cools and solidifies into the final part. Injection molding is used to produce thin-walled plastic parts for various applications, the most common of which is the plastic shell. Plastic shell is a thin-walled shell, which usually needs many ribs and protrusions indoors. It is used for various kinds of electric appliances, including electric tools, instrument panels, and consumer electronics. Other common thin-walled products include different types of open containers, such as barrels. Injection molding is also used to produce several daily necessities, such as toothbrushes or small plastic toys. Many medical devices, including valves and syringes, are also manufactured using injection molding

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