Dynamics

The industrial vacuum cleaner industry is currently in a stage of rapid development, with significant achievements in both technological innovation and market expansion. Here, we will capture cutting-edge industry trends, analyze market trends, interpret policy directions, explore potential opportunities, and provide you with professional, timely, and accurate consulting advice.

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10-19

What is the principle of the filter in industrial vacuum cleaners?

Everyone knows that industrial vacuum cleaners filter out the medium separating solids, liquids, and air, effectively separating and filtering these substances. The quality of the filter material plays a crucial role in this process. Therefore, when purchasing equipment, the quality of the filter material is an important factor we consider. The industrial vacuum cleaners commonly seen in the market usually have one or multiple layers of filtration; the better the filtration effect, the better the vacuuming performance. How much do you know about filter materials? Today, I will take you on a deeper understanding of this topic. Generally speaking, industrial vacuum cleaners use cyclone separators as the first layer of filtration, followed by filter cartridges for high-precision filtration. The filtration precision of ordinary filter cartridges is usually above 1 micron, but with membrane coating or special material treatment, the filtration precision can reach below 0.3 microns. Different filter cartridges made from various base materials correspond to different filtration solutions. Common materials include fiberglass, synthetic fibers, polyester, and stainless steel. Typically, industrial filter cartridges are composed of multiple materials to meet the demands of the operating environment. For filtering solids, 'polyester fiber' filter paper is generally used as the base material, which is then treated with a PTFE membrane on the surface, significantly improving filtration precision. Currently, most filter cartridge manufacturers increase the number of folds and the depth of folds to enhance the filtration area. Notable brands include Donaldson and Toray.

10-19

Can industrial vacuum cleaners absorb both solids and liquids simultaneously?

The NAIKE NT50 uses a suspended heart filter, which can simultaneously handle solid and liquid processing. When solids are inhaled, they are directly filtered into the upper collection bucket, while liquids are directly inhaled into the lower dust collection bucket.

Can industrial vacuum cleaners absorb both solids and liquids simultaneously?

10-18

The difference between industrial vacuum cleaner hoses and PU hoses.

Industrial vacuum hoses are a type of high-tech product that has emerged alongside industrial vacuum cleaners in our world. They are a category of hoses, commonly made of PU material as well as PVC. So, what is a PU hose? Most people are likely familiar with PVC, so I won't elaborate on that. Additionally, what are the differences between PVC and PU industrial vacuum hoses? What are the advantages of industrial vacuum hoses?

10-18

What role does the power of an industrial vacuum cleaner play?

When choosing an industrial vacuum cleaner, first understand the power and suction, and select based on your own needs.

What role does the power of an industrial vacuum cleaner play?

10-17

The working characteristics and usage range of NAIKE industrial vacuum cleaners.

Industrial vacuum cleaners are an important piece of industrial environmental protection equipment. To maximize their effectiveness, it is essential to have a comprehensive understanding of their unique features, wide range of applications, and correct usage methods. The following is an introduction to these three aspects of industrial vacuum cleaners.

10-17

Standards and治理 methods for environmental dust workshop detection

Coal mining production has its own particularities compared to other enterprises. According to the "Coal Mine Safety Regulations" issued by the National Administration of Coal Mine Safety, the main occupational hazard factors in coal mining production can be categorized into the following types: 1. Dust. This is the most significant harmful factor at the coal mining production site and in occupational hazards; 2. Harmful gases such as carbon monoxide, carbon dioxide, sulfur dioxide, and nitrogen oxides found underground; 3. Production-related toxic substances such as trinitrotoluene, lead, benzene, and mercury; 4. Physical factors such as noise, vibration, and high temperature and humidity. Among these, the harmful factors that can be detected on-site are categories one, two, and four, while the detection of the third category of production-related toxic substances generally requires larger specialized analytical instruments and is usually not conducted on-site.

Standards and治理 methods for environmental dust workshop detection
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