Combustible Dust Vacuums
Find the right combustible dust vacuum, dust extractor, or central recovery system for the material, the risk level, and the way cleanup has to happen inside the facility.
From ordinary-location housekeeping and hazardous-area recovery to conductive metal dust inertization and plant-wide collection, this page helps you compare the main Depureco product paths in one place.
Combustible Dust Vacuums
Ordinary Location Combustible Dust Vacuums
BL PRO ORDLOC
Compact ordinary-location unit for fast cleanup of fine combustible dust in tighter work areas.
BL 45 ORDLOC
Compact all-around ordinary-location vacuum for recurring combustible dust cleanup where footprint matters.
BL 45 JC ORDLOC
Compact ordinary-location vacuum with more filter surface and easier cleaning for finer dust loads.
BL AM ORDLOC
Compact platform for higher-risk fine powders where metal-dust recovery or inert-ready design matters.
M100 ORDLOC
High-power ordinary-location vacuum for plants that need stronger pickup and more capacity in a mobile unit.
ECOBULL ORDLOC
Continuous-duty three-phase vacuum for ordinary-location recovery of dust, chips, and heavier production debris.
TX 400 ORDLOC
Higher-output three-phase vacuum for ordinary-location recovery where airflow, runtime, and material volume step up.
TX 750 ORDLOC
Heavy-duty ordinary-location unit for the largest mobile recovery jobs in dust, chips, and production waste.
Class II Division 2 Combustible Dust Vacuums
ECOBULL C2 D2
Three-phase Class II Division 2 platform for continuous combustible dust recovery where a rated industrial vacuum is required.
TX 400 C2 D2
Rated high-output platform for classified dust environments that need stronger airflow and more sustained pickup.
TX 750 C2 D2
Highest-output Class II Division 2 mobile platform for demanding combustible dust recovery in larger industrial spaces.
Intrinsically Safe Air-Powered Vacuums
Mini Air Z2 Z22
Compact compressed-air vacuum for the most ignition-sensitive dust areas where removing electrical components is the priority.
AC Z2 Z22
High-performance air-operated vacuum for hazardous dust recovery where continuous pneumatic operation makes the most sense.
Industrial Dust Collectors for Combustible Dust
DF 22 ORDLOC
Ordinary-location dust collector for flexible source capture where single-phase power is preferred or easier to deploy.
DF 22 ORDLOC
Compact high-airflow dust collector for ordinary-location source capture at machines, workstations, and localized dust points.
DF 40 ORDLOC
Higher-airflow dust collector for suspended dust and machine-connected extraction where capture velocity matters.
Inertization Systems for Conductive Metal Dust
BL AM ORDLOC
Compact inertization-oriented unit for smaller quantities of reactive or conductive metal powder.
ECOBULL AM ORDLOC
Larger inert-ready platform for facilities handling more volume, longer runs, or heavier metal-powder cleanup demands.
Inert Separator
Add-on separation stage that adds an active safety layer when collecting highly reactive or explosive powders.
NFPA 660 / 69 Alignment | Multi-Point Recovery | Engineered System Design
Central Vacuum & Dust Collection Systems
When a Mobile Vacuum Is Not Enough
For larger facilities and higher dust loads, central vacuum systems provide a controlled, plant-wide solution for combustible dust recovery.
Designed around airflow demand, pipe layout, and simultaneous operator use, these systems support NFPA 660 housekeeping requirements and can integrate explosion protection features such as isolation, venting, or suppression when required.
Central vacuum systems for combustible dust are engineered solutions used when portable vacuums are no longer sufficient for facility-wide cleaning, material conveyance, or multi-operator use. These systems are designed to align with NFPA 660 housekeeping requirements and may incorporate NFPA 69 explosion prevention and protection strategies depending on the application.
A complete industrial central vacuum system typically includes a suction unit, filtration system, discharge method, and pipe network, all sized based on airflow (CFM), vacuum level (inH2O), pipe length, number of operators, and material characteristics. These systems are commonly used for combustible dust, fine powders, metal dust, bulk material recovery, and continuous industrial cleaning.
Explosion protection options may include passive systems such as explosion venting, flameless venting, and isolation valves, or active systems such as explosion suppression depending on the facility design and hazard analysis. Additional components like cyclone separators, interceptors, and automatic discharge systems can be integrated to handle high material volumes and maintain continuous operation.
Searchers may use terms such as central vacuum system, industrial central vacuum, combustible dust collection system, NFPA compliant vacuum system, plant vacuum system, centralized dust collection, multi-point vacuum system, and engineered dust recovery system. These systems are typically selected when applications require long-distance conveyance, multiple operators, continuous cleaning, or integration with production processes.
Key Safety Features Across the Range
Grounding • Filtration • Containment • Safer Emptying
We configure bonding and grounding strategy, conductive components, and antistatic filtration as a baseline, with multi-stage filtration and sealed containment where required.
HEPA H14 and ATEX / explosion-proof options can be integrated based on the material, process, and area classification.
Bonding & Grounding
Antistatic Filters
Optional HEPA H14
Sealed Collection Paths
Safer Unloading Options
Intrinsically Safe Operation
Fine, combustible, or hazardous dust requires correct system specification—not just a vacuum.
Common Combustible Dust Materials
Metal Dust • Food Powders • Wood Dust • Plastics • Chemical Powders
Which Product Path Fits the Hazard?
Ordinary Location • Class II Div 2 • Intrinsically Safe • Inert • Dust Collectors • CVS
The right system starts with the hazard level and the application—not just suction.
Some facilities need an ordinary-location housekeeping vacuum with grounded, anti-static construction. Others need Class II Division 2 equipment, compressed-air intrinsically safe operation, inertization for conductive metal dust, a dust collector for continuous source capture, or a central vacuum system for plant-wide recovery and NFPA-aligned system design.
Typical Industries & Use Cases
Metalworking • Food Processing • Chemicals • Additive Manufacturing • Wood & More
Combustible dust problems do not all look the same.
One application may be routine housekeeping around powder handling. Another may involve recovering aluminum fines, resin powder, powder coating dust, food ingredients, or additive-manufacturing particulate. Others need airborne dust capture at the source or central recovery across multiple work areas.
Features That Actually Change the Fit
Grounding • Antistatic Filtration • HEPA H14 • Pneumatic Power • Filter Cleaning
The right combustible dust system is usually decided by a handful of real specification points.
Those include grounding and bonding strategy, conductive components, filter hazard class, optional HEPA H14, collection and discharge method, power source, and whether the application calls for a portable unit, a dust collector, or a centralized recovery system.
Build the Right Combustible Dust System
50+ Years • In-House Manufacturing • 100% Functional Testing • U.S. Inventory
Depureco is not just supplying a vacuum category—it is supplying a specification path.
With more than 50 years in industrial vacuum solutions, in-house manufacturing, complete functional testing on every vacuum, and broad product coverage across grounded ordinary-location units, Class II Div 2 options, air-powered systems, dust collectors, inertization setups, and central systems, the advantage is not one machine. It is the ability to match the application correctly.
