Stainless Steel Pneumatic HEPA Backpack Vacuum 4 Gallon | Mastercraft®

Stainless Steel Pneumatic HEPA Backpack Vacuum 4 Gallon | Mastercraft®

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Regular price $2,195.00
Regular price Sale price $2,195.00

SPECIFICATIONS

Model
MAV410SSDAF
Motor
Non-Electric (Air Compressed)
Air Flow
170 CFM
Waterlift
160 in
Tank Type
4 gal Stainless Steel
Dimensional Weight
42 lb
Dimensions
L18' W17' H31'
Warranty
1 year

IDEAL FOR

Industrial Facilities
Restoration Companies
Construction & Remodeling
Laboratories & Healthcare Facilities
Contractors & Facilities
Manufacturing Facilities & Warehouses

PRODUCT DESCRIPTION

Efficient and Safe Hazardous Material Removal with Pneumatic HEPA Filtration

The Mastercraft® MAV410SSDAF is a 4-gallon stainless steel pneumatic backpack vacuum engineered for the efficient removal of hazardous materials such as lead, asbestos, mold, ceramic dust, and fiberglass. Its air-powered design eliminates the need for electrical power, enhancing safety in volatile environments. The HEPA filtration system captures 99.97% of particles down to 0.3 microns, ensuring superior air quality during operation.

Key Features:

  • Pneumatic Operation: Utilizes compressed air, eliminating electrical hazards.

  • High Suction Power: Delivers 170 CFM airflow with a static lift of 160 inches.

  • 4-Stage Filtration: Includes a HEPA filter, pre-filters, and disposable filter bags for maximum containment.

  • Stainless Steel Recovery Tank: Durable 4-gallon capacity for extended use.

  • Versatile Design: Easily converts from backpack to floor vacuum.

  • Tool Integration: Equipped with an on/off valve for seamless use with power tools.

Included Components:

  • Motor Head

  • Stainless Steel Recovery Tank

  • HEPA Filter

  • Pre-Filters

  • Disposable Filter Bags

  • 5' Crush-Proof Vacuum Hose

  • 2 pc Wand

  • Dry Kit

Powered by compressed air, the MAV410SSDAF delivers exceptional suction performance without the need for electricity. Its HEPA filtration system ensures the safe capture of hazardous particles, making it ideal for environments requiring stringent air quality control.​