One of the largest metal fabrication shops in North America required a high-capacity dust collection system to support a major facility upgrade. The operation involved metalizing large steel structures for bridge building and transportation projects, requiring efficient filtration of large volumes of air.
A.C.T. Dust Collectors designed a solution to capture airborne particulate and maintain consistent airflow in a large-scale metalworking environment.
Metal fabrication processes, particularly metalizing, can require large volumes of air to be filtered continuously.
In this facility:
The customer needed a dust collection solution capable of handling high airflow demands without sacrificing performance.
After reviewing the application, A.C.T. Dust Collectors recommended:
The system was selected for its:
The dust collection system was installed and placed into operation as part of the facility upgrade.
The customer reported a positive experience with both the system and the installation process: “Working with A.C.T. Dust Collectors made this project easy. Simple, straightforward and well-priced. The installed system did not disappoint, and we get excellent draw from the booth.” - Rick
Metal fabrication environments often require dust collection systems that can:
Proper system sizing is critical to ensure efficient airflow and effective dust capture.
If your operation requires high-capacity dust collection for metal fabrication or metalworking applications, A.C.T. Dust Collectors can design a system tailored to your facility. Contact our team to discuss a solution for your application.
A metalworking dust collection system is designed to capture and filter airborne particulate generated during processes such as cutting, grinding, and metalizing. These systems use airflow and filtration to remove dust from the air, helping maintain indoor air quality, improve visibility, and support safe working conditions in fabrication environments.
Airflow capacity determines how much air a dust collection system can move and filter within a space, typically measured in cubic feet per minute (CFM). High-capacity systems are necessary for large facilities or applications where significant volumes of air must be continuously cleaned. Proper airflow ensures that airborne dust is effectively captured at the source and that consistent air quality is maintained throughout the workspace.
Inert dust refers to particulate that is not chemically reactive or combustible under normal operating conditions. In metal fabrication, this can include dust generated from processes like grinding or metalizing certain materials. While inert dust may not present an explosion risk, it still needs to be captured and filtered to maintain air quality, protect equipment, and reduce buildup within the facility.
Dust collection systems are sized based on several factors, including airflow requirements (CFM), the size of the workspace, the type of application, and the characteristics of the dust being generated. Engineers also consider how many workstations are operating and how air will be captured and moved through the system. Proper sizing ensures consistent airflow, effective dust capture, and reliable performance over time.