What specific problems can industrial vacuum cleaners solve?
In modern industrial production, industrial vacuum cleaners are an indispensable kind of clean supporting equipment, which can collect pollutants and clean the environment in the industrial production process, and at the same time achieve the purpose of purifying the air. In general, industrial vacuum cleaners can be used in conjunction with industrial production equipment to absorb dust and debris generated during production, so as to ensure the cleanliness of the working environment and the health of employees. At present, industrial vacuum cleaners are widely used in the textile and chemical industries, which minimizes the hazards of many occupational diseases; and can also absorb metal debris generated by mechanical processing, thereby reducing damage to machinery and equipment.
Industrial industrial vacuum cleaners can solve the waste generated in the industrial production process, so as to filter the dirt in the air, so as to achieve the purpose of purifying the air. It belongs to environmental cleaning equipment. Industrial vacuum cleaners can effectively absorb various metal, non-metal, oil, water and other particulate dirt and liquids. At the same time, they can fully purify toxic and harmful gases. When used in the textile industry, they can effectively improve the quality of products. In the chemical industry, many expensive catalysts can be recycled. It can be said to be environmental protection equipment. Industrial vacuum cleaners can greatly reduce the hazards of some occupational diseases. Specifically, welders' pneumoconiosis, shoe factory leukemia, etc.
The filter materials of industrial vacuum cleaners are generally used to filter and separate solid, liquid and air. Air filtration is set up for the supporting facilities of pharmaceutical factories. The common industrial vacuum cleaners on the market usually have single filtration or multiple filtration. In general, industrial vacuum cleaners As the first layer of filtration is a cyclone separator, and then implement high-precision filtration through a filter element. Generally, the filtration accuracy of the filter element is controlled at 1 micron or more, and the filter element with a film or special material treatment can achieve a filtration accuracy of less than 0.3 micron.
Filter elements made of various substrates also have different filtering schemes, usually including glass fiber, chemical fiber, polyester, stainless steel and other filter substrates. Industrial filter elements are composed of a variety of materials, so that they can be more consistent. Environmental requirements. The solid filter substrate usually uses "polyester fiber", and then the surface is treated with a PTFE film to achieve higher filtration accuracy. Some also use multi-fold filter elements, that is, high-efficiency filters, which can be said to fully solve the clogging problem of traditional vacuum cleaners at work, and the increase in the multi-fold depth can fully increase the filtering area.
The above is an introduction to the problems that industrial vacuum cleaners can solve. For users, they must first fully understand them before they can use them better.
