HEPA-Filtered Industrial Vacuum Cleaners Maximize Dust Collection, Air Pollution Control, and OSHA Regulatory Compliance
VAC-U-MAX’s HEPA-Filtered industrial vacuum cleaner product range offers maximum worker protection with all HEPA-Filter elements constructed with DOP-tested filter media and corresponding authenticity label confirming the same.
All primary filters and secondary HEPA-Filters are located ahead of the vacuum producer maximizing industrial hygiene by keeping all particulate out of the vacuum producer for long-life operation, and in the case of hazardous dusts, it protects workers who perform maintenance on the vacuum producers in the future.
HEPA-Filters are standard requirements when vacuuming hazardous respirable dusts such as silica, beryllium, active pharmaceutical powders, lead, asbestos, beryllium, hexavalent chrome, and carcinogens. They can also be employed with non-hazardous dusts simply because the vacuumed materials have a high concentration of submicron particles.
Portable HEPA vacuums are available in compressed air-powered and electric drum-top vacuums, as well as Continuous Duty units for high volume, continuous duty vacuuming with one to three simultaneous operators. Some continuous duty models include continuous bagging for dust-free disposal of hazardous debris.
VAC-U-MAX custom designed and engineered central vacuum cleaning systems provide continuous 24/7 operation. Whether your facility needs 3 pick-up points or 100, one, or ten simultaneous operators, VAC-U-MAX designs central vacuum cleaning systems specific to the application. For more information or to request a quote, visit www.vac-u-max.com/vacuum or call (800) VAC-U-MAX.
VAC-U-MAX specializes in the design and manufacture of pneumatic conveying components, systems, controls, and support equipment for vacuum conveying, batching, and weighing of bulk materials. With a VAC-U-MAX pneumatic conveying system on site, bulk materials move gently and quickly from point to point, with nothing in the way to impede the efficiency ...
