Whether you are using steel shot, grit, aluminum oxide, crushed glass, garnet, coal slag, or numerous other blast media your process makes dust. Dust in the air is harmful to your employees and slows down efficiencies.
A.C.T. Dust Collectors have been installed for many abrasive blasting operations, including both wheel blast and air blast rooms. Abrasion-resistant plenums and ultra-high efficiency Nano-Elite filter media work to increase the life of your dust collector filter. Our experts can help size new A.C.T. systems to best fit your application based on a few parameters that will increase productivity and reduce maintenance for your abrasive blasting application.
At A.C.T. Dust Collectors, we understand you need the right abrasive blasting dust collection system in place to handle your filtration and meet your current application and long-term needs. We’ve got the experience and history to meet the demands of your abrasive blasting operations. We design, engineer and manufacture new industrial dust collectors to help you blast correctly, efficiently, on time and below budget. Ensuring the safety of you and your employees is critical. Our Nano-Elite filters remove 99.9% of the particulate from the air stream. The cleaned air is then directed to the location of your choice, either returned to the facility or exhausted to the environment.
We’ve been offering the ultimate in air solutions for more than 20 years; you can count on us to fulfill your dust removal needs. We can assist with application questions, drawings, layout, and product customization. Custom designed and built systems are common, and our engineering team can help you find the right dust collectors for abrasive blasting. Call us today at 763-557-7162.
Activities such as grinding, cutting, routing, drilling, chipping, or polishing granite and other stone materials containing crystalline silica can create airborne dust. These types of activities are conducted by companies such as stone countertop manufacturers and granite monument/headstone manufacturers. The silica dust particles created by these activities can cause the potential for health hazards to workers. OSHA regulations state that employers must protect workers from hazardous dust levels and particles that may be generated from the blasting material, and no employee is to be exposed to an airborne concentration of silica in excess of the PEL of 50 μg/m3 calculated as an 8-hour TWA (total weight average).
A.C.T. Dust Collectors has dust collection equipment to fit your granite blasting application needs and help clear the air, creating a healthier and safer working environment. Please contact us to discuss your needs.
The right abrasive blasting dust collector is sized based on airflow (CFM), the size of the blast enclosure, the type of blast media, and the amount of dust generated. An undersized system may allow dust to escape, while an oversized system can increase energy costs and reduce efficiency. A properly engineered dust collection system provides consistent airflow, extends filter life, and maintains clear visibility throughout the blasting process. Because every operation is different, the best system is one designed around your specific application and production requirements.
Abrasive blasting applications require durable filter media that can withstand constant exposure to fine, abrasive particles. High-efficiency cartridge filters are commonly used because they capture fine dust while maintaining strong airflow. Features such as abrasion-resistant inlets and pulse-cleaning systems also help extend filter life by preventing excessive dust buildup. The best filter media depends on the blast material, particle size, operating schedule, and dust loading, so selecting the right combination helps reduce maintenance and maintain consistent dust collection performance.
Abrasive blasting operations must comply with strict OSHA permissible exposure limits (PEL) and NFPA regulations for combustible dust. When blasting granite or stone, OSHA enforces a PEL of 50 micrograms per cubic meter ($50 \ \mu\text{g/m}^3$) over an 8-hour time-weighted average to protect workers from hazardous crystalline silica dust.
Additionally, many blast media dusts or coatings removed from parts are combustible. To comply with NFPA standards, the dust collection system may require safety features such as:
Routine maintenance helps keep your dust collection system operating efficiently and prevents unexpected downtime. Common signs that service may be needed include:
Regular inspections of filters, ductwork, fans, and pulse-cleaning components help identify issues early and keep the system performing as designed.
The choice between an indoor or outdoor installation depends on your facility's available floor space, noise tolerance, and compliance requirements.
|
Factor |
Indoor Installation |
Outdoor Installation |
|
Space & Noise |
Consumes valuable factory floor space; subjects workers to fan noise. |
Frees up interior floor space; isolates mechanical noise outside. |
|
Air Return |
Simplifies returning conditioned air to the plant to reduce heating/cooling costs. |
Requires return ductwork and safety monitoring to exhaust air back inside. |
|
Safety Compliance |
Requires advanced, costly explosion protection if handling combustible dust. |
Simplifies compliance by venting explosion pressures directly to a safe outside zone. |
|
Weather Protection |
Protects components from the elements. |
Requires weather hoods, treated enclosures, and photohelic gauge protection. |
Phone: 763-557-7162
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