Everyone knows that purchasing a pure water equipment requires a considerable cost, so it cannot be used casually. It needs to be operated according to standards to avoid violating usage taboos. So, what other materials can it come into contact with?

The design scheme, model selection, and installation of pure water equipment should comply with the production and manufacturing regulations of the processing plant, facilitate cleaning, disinfection, sterilization or sterilization, facilitate actual production and manufacturing operations, maintenance and repair, and avoid errors and omissions and reduce environmental pollution. The location in immediate contact with water should be smooth, leveled, easy to clean or disinfect, resistant to corrosion and without chemical changes. The production, storage, and distribution of tap water should be able to avoid the growth of microbial strains and environmental pollution. The commonly used raw materials for storage tanks and transportation pipelines should be non-toxic and corrosion-resistant. The design scheme and installation of pipelines should prevent blind spots, and blind pipe storage tanks and pipelines should require cleaning and sterilization cycles.

Generally, stainless steel plates are used as the overall material for machinery and equipment. Wear resistant and corrosion-resistant materials are less prone to rusting, which can prevent the corrosion and corrosion of general materials caused by contact with water during the entire water treatment process of machinery and equipment. In general, the longer the service life of the machinery and equipment, the stronger the corrosion resistance of the board, indicating a higher price.

The quality of water resources determines the production process of machinery and equipment. Water resource proposals can be based on natural mountain spring water, river water, or other stronger water resources. The water quality in different regions is affected by factors such as environmental pollution levels and regional differences, and the water quality may also vary. Machine equipment is a production process design scheme based on the water quality decision of a region. The worse the water quality in an area, the higher the production process, which in turn increases the manufacturing cost and price of machinery and equipment.

Unauthorized disassembly of industrial production ultra pure water equipment is likely to cause common malfunctions or water seepage in the machinery. If there are any problems, please consult the manufacturer who purchased this product for better maintenance and repair of the machinery and equipment. Excessive or low temperatures can cause some components of industrial ultra pure water equipment to become brittle or deteriorate, endangering water quality and production rate, causing water seepage, and even leading to serious economic losses. The working temperature during work is 5 ℃ -40 ℃. Excessive pressure (0.8MPa) is likely to cause industrial production of ultra pure water equipment to burst. Suggest applying work pressure between 0.15 and 0.8 MPa.

Machine equipment can be divided into small servers, medium-sized machines, and medium-sized machines according to different water production rates. The larger the water production rate, the more suitable the machinery and equipment are for purified water plants and processing plants with higher requirements. Of course, the larger the volume of the machinery and equipment, the higher the price. The outdoor application of industrial production ultra pure water equipment can lead to accelerated embrittlement of machinery, equipment pipelines, and some components, reducing their service life.

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