Industrial vacuum cleaner Introduction

The industrial vacuum cleaner, frequently be used in collection for industrial production process of waste, air filtration and purification, environmental cleaning device.

Industrial vacuum cleaners can draw all kinds of metal, nonmetal, oil, water, dirt and other particles and liquids that can absorb and purify toxic gases, in the textile industry to improve product quality, in the chemical industry can recover some of the expensive catalytic materials, etc., but as a kind of environmental protection equipment, industrial vacuum cleaner can effectively prevent some occupational hazards, such as welders pneumoconiosis, shoe leukemia.

Compared with household vacuum cleaners, industrial vacuum cleaners with 24 hours of continuous use, strong suction, dust storage capacity, long life, high temperature, etc., trash enclosures and chassis are made of steel or iron plate thickness compliance, can effectively protect the motor part is not damaged. Especially industrial vacuum cleaner for aspirate almost no requirements, various types of materials, waste media objects of various shapes can be drawn. By changing different filter media, such as filters, bag, and so on, can absorb up to 99% accuracy of 0.3 micron solid particles, suitable for fine chemicals, precision machinery and other industries.

Industrial vacuum cleaners through the turbine fan, venturi tube and other equipment will be drawn into the vacuum inside the barrel body, making rapid increase in negative pressure, high vacuum so that the air flows rapidly through the air inlet inner barrel body, cleaning brush and bucket too vacuum tube, the flow of air to be collected and processed carrying solid particles into the barrel body, the air inlet connected with the filter bag, the solid is attached to the inner surface of the bag, first filtered air through the filter bags of the gap, and then the filter The secondary filter, air can meet emission standards, the filtered air through the fan exhaust port into the exhaust channel and eventually drains back inside the workshop, in order to reduce energy, especially thermal energy loss. The higher the vacuum, the suction stronger, the wider the diameter of the vacuum port, the flow rate increases, a corresponding negative pressure becomes small, the suction becomes small, by selecting the appropriate model, can be maintained at a constant negative pressure within the range of, to accommodate different materials absorb and processing.