Product Features of Metengqi Three-Phase Pulse Industrial Vacuum Cleaner
Metengqi Three-Phase Pulse Industrial Vacuum Cleaner MHF Series
Product Features: Highly Efficient and Reliable
The Metech three-phase pulse industrial vacuum cleaner, MHF series, employs a cyclone structure combined with high-efficiency coated filter cartridges as its filtration unit. It is suitable for working conditions with large dust volumes. After the filter material is treated with a PTFE coating, it achieves high filtration accuracy, with a dust filtration efficiency of over 99% for particles ranging from 0.3 to 0.5 μm.
Quality Assurance:
The MHF series filter drums of Metengqi’s three-phase pulse industrial vacuum cleaners are made from 304 stainless steel, offering both aesthetic appeal and durability. The fan unit employs advanced international precision-cast aluminum alloy turbine vacuum pump technology and has obtained CE and 3C certifications. All built-in electrical components, including thermal overload protectors and phase sequence protectors, are sourced from renowned domestic and international brands such as Siemens, Schneider, and ABB, ensuring superior quality.
Pulse reverse blowing:
Considering operating conditions with high dust concentrations, the Metech MHF series three-phase pulse industrial vacuum cleaners are equipped with pulse controllers or PLC-controlled automatic pneumatic reverse-blowing devices, which deliver higher and more thorough dust-cleaning efficiency. Compared to mechanical vibration dust removal, pulse reverse blowing helps protect the filters and extends the service life of the filter cartridges.
The Metech MHF series three-phase pulse industrial vacuum cleaner employs a cyclonic structure combined with high-efficiency coated filter cartridges as its filtration unit. It is suitable for working conditions with large dust volumes. After the filter material is treated with a PTFE coating, it achieves high filtration accuracy, with a dust filtration efficiency of over 99% for particles ranging from 0.3 to 0.5 µm.
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