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The material of a vacuum cleaner determines its lifespan.
The material significantly affects the service life of industrial vacuum cleaners. Currently, there are three common types of materials used in industrial vacuum cleaners on the market. The first type is injection-molded or standard injection-molded vacuum cleaners. These vacuum cleaners have poor durability and cannot handle heavy workloads; they are suitable only for household and commercial use, capable of collecting only small amounts of dust particles. Moreover, they are easily damaged during use, difficult to repair, and have a relatively short service life. The second type is made from ordinary alloy materials. These industrial vacuum cleaners are superior to injection-molded ones—typically featuring higher power ratings, ranging from about 2000 to 3600 watts. Because the negative pressure inside the dust collection bin is considerably high, ordinary injection-molded materials can no longer meet the demands of the vacuum cleaner's internal negative pressure.
The material affects the service life of industrial vacuum cleaners; currently, there are three common types of materials used in industrial vacuum cleaners available on the market.
Injection-molded or conventional injection-molded vacuum cleaners have poor durability and cannot handle heavy workloads. They are suitable only for household and commercial use, capable of collecting only small amounts of dust particles. Moreover, they are prone to damage during use, difficult to repair, and have a relatively short service life.
Made from standard alloy materials, these industrial vacuum cleaners are superior to those made from injection-molded plastics. They generally have higher power ratings, typically ranging from around 2000 to 3600 watts. Because the negative pressure inside the dust collection bin is quite high, ordinary injection-molded plastic can no longer meet the vacuum cleaner’s internal pressure requirements. These industrial vacuum cleaners are well-suited for most industrial applications and small-scale factories, making them one of the more commonly found types on the market. However, vacuum cleaners of this type often feature relatively thin body shells, which can easily become dented or damaged after prolonged use. Moreover, they frequently employ lower-priced motors that aren’t designed for long-term operation and tend to break down more quickly. Although their lower price makes them accessible to a broad range of market demands, their quality is often difficult to guarantee! The Metengqi vacuum and water extractor, on the other hand, is crafted from stainless steel—offering excellent quality, durability, and a reasonable price. Choosing us is definitely the right decision.
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