Glass Factory Cleaning Ultra Pure Water System
Glasses factory cleaning ultrapure water equipment process flow:
1. Pretreatment system → reverse osmosis system → intermediate water tank → coarse mixing bed → fine mixing bed → pure water tank → pure water pump → Ultraviolet sterilizer → Polished mixing bed → precision filter → water object (≥ 18mω.cm)(traditional process)
2, pretreatment system → reverse osmosis system → intermediate water tank → water pump →EDI device → purified water tank → pure water pump → ultraviolet sterilizer → Polished mixing bed →0.2 or 0.5μm precision filter → water object (≥ 18mω.cm)(latest technology)
Glasses factory cleaning mainly includes lenses, glasses frames, glassware and other cleaning. The daily use of tap water contains a lot of calcium and magnesium ions and salt, if the product is washed with tap water before coating will affect the smoothness of the processed mirror, so in the production process of equipment need to use ultra-pure water equipment for cleaning. The glasses factory cleaning ultrapure water equipment also combines the water treatment filtration and adsorption process, so as to completely remove the bacteria in the water, heavy metal ions and other impurities that are harmful to the environment and the human body, so now the glasses factory cleaning ultrapure water equipment water, we must pay attention to the water quality of the equipment to ensure that the water quality meets the optical lens cleaning water standards.
Design process of ultra-pure water equipment for cleaning in glasses factory:
1. The system adopts new water treatment technology two-stage RO+EDI+ mixed-bed modular design, strictly in accordance with new technology design standards, to ensure stable water quality and efficient operation (EDI module can be used to regenerate resin without adding salt when the equipment is running).
2. Professional technical design can ensure that the water quality can remain stable when the system is shut down for a short time and a long time.
3. Adopt professional technology to ensure constant terminal outlet pressure and high quality water quality.
4. The ultra-pure water equipment can greatly improve the system recovery rate, reduce energy consumption and equipment operating costs.
5. The equipment adopts the imported material of well-known enterprises in the ultra-pure water industry to ensure product quality and reasonable configuration design.
6. The equipment is equipped with PH adjustment system to ensure EDI effluent quality when the water temperature is reduced or the PH value of raw water is deviated.
7. Automatic control mode reduces the complexity of operation and saves maintenance and labor costs.
8. The equipment adopts automatic +PLC control, which uses PLC for operation control of generation, backwashing, cleaning, etc., to ensure the accuracy of the data and reduce the labor intensity of manual operation.
9. The system has a variety of device safety functions such as waterless protection and high, low pressure and overpressure protection.