Large scale pure water equipment is still widely used in many industries, especially for high-tech industries such as semiconductors and photovoltaics, which have extremely high requirements for water quality. How should pure water equipment be cleaned if it gets dirty? Below, Jiajie will bring you a detailed plan.

Large scale pure water equipment cleaning plan: The first step is to first disassemble the machinery and equipment, separating each component of the machinery and equipment, so that the cleaning work becomes easier and easier. And the surface cleaning level of water purification equipment is not harmful to the application of machinery and equipment. The key is to clean the interior, so dismantling is the first step. After the split, the remaining process becomes much simpler. First, clean the surface of the dirt and dust with a water gun, then scrub it again, apply organic chemical cleaning agent, then manually scrub it, and finally rinse the organic chemical cleaning agent clean with a water gun. Until the flushing work is completed, everyone must still perform some maintenance on the equipment, such as applying lubricating grease to mechanical components to avoid damage and increase their service life.

Large scale pure water equipment is a key machine and equipment used for purifying water sources, usually used in industrial production. For example, in the industrial production of electronic devices, semiconductor materials, LCD screens, and solar power generation, it is usually necessary to use extremely pure ultra pure water systems. If the pure water body does not meet the requirements of the production process for tap water or the water body is unstable, it will endanger the actual effect and service life of the post-processing technology. In the production and manufacturing of rectifier tubes in the photovoltaic industry, if residues are infiltrated into them, it will endanger the transmission of electronic devices, thereby endangering the enlarged characteristics and service life of rectifier tubes. In the production and manufacturing of picture tubes and cathode rays, a layer of transparent chemical substance is adhered to the inner cavity of the display screen by spray painting or ion exchange method. If it is mixed with pure water containing copper above 8ppb, it will cause brightness and color loss; Iron elements above 50ppb can cause brightness, fading, dimming, flickering, and lead to waste products such as bubbles, streaks, and transparent spots.

In fact, simply mastering the skills is also very easy in cleaning work. The cleaning, maintenance and upkeep of machinery and equipment can also increase usage time and control costs to a certain extent. We look forward to everyone putting in a good job in equipment maintenance and upkeep.

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