Maxpro Automation coating will help you get things done.
The Powder Coating Booth is the frontline of your finishing process. At Maxpro Automation, we design our booths to provide a perfectly controlled environment that maximizes powder application efficiency while ensuring a clean workspace. Whether you need a manual booth for custom jobs or a high-speed automatic booth for continuous production, our systems are engineered to prevent contamination and recover overspray effectively.
Our booths are the perfect fusion of stable performance and leading technology, ensuring that every gram of powder is used to its full potential.
Our powder coating booths are equipped with a Large Cyclone Secondary Recovery Device, which efficiently captures overspray powder and separates it from the airflow. This system ensures high recovery rates (95%–98%) and reduces powder wastage, resulting in significant cost savings and environmental benefits.
Designed for high-speed production, this system allows you to change color in just 10–15 minutes. By utilizing high-efficiency filters to capture overspray, it ensures clean air emissions and maintains a safe, compliant working environment. This combination of speed and recovery makes it the most cost-effective choice for modern coating plants.
Working principle of large cyclone powder coating booth
At Maxpro Automation, our booths are engineered for maximum material utilization and environmental safety. The system operates through three synchronized stages:
The electrostatic powder coating equipment is positioned within the spraying room. Under the action of air pressure, powder particles are charged and fly toward the grounded workpiece. Approximately 30%–40% of the powder is immediately adsorbed on the surface to complete the coverage.
The remaining 60%–70% of the powder in the air is captured by the suction cyclone recovery machine. The powder rotates rapidly within the cyclone barrel and is separated by centrifugal force. The reclaimed powder falls into the bottom ash hopper for reuse, while the cleaned air is discharged from the center.
To prevent powder overflow, the air in the spray room passes through filter elements, forming a controlled outward airflow. To prevent blockage, an automatic pulse cleaning system periodically releases bursts of air to clear the surface of the filter. This ensures the air duct remains unobstructed and the recycling system maintains peak performance.
In a powder coating booth equipped with a cartridge recovery system, a powerful suction fan extracts powder particles from the air while high-efficiency cartridge filters capture them effectively. One of the main advantages of this manual color change powder coating booth is its low investment cost, making it a highly accessible and cost-effective solution for growing production facilities. The ergonomic design allows the operator to move freely within the booth, making the spraying operation exceptionally flexible and enabling the team to easily cope with various shapes and sizes of workpieces. By adopting advanced high-pressure spraying technology, the powder coating is completely mixed with air to form a uniform powder cloud, which realizes consistent and uniform spraying across the entire surface of the workpiece.
When operating the powder coating booth, the floating powder that is not adsorbed on the workpiece is sucked by the exhaust fan together with the indoor air, flowing directly toward the filter elements opposite the operation port. After being filtered by specialized materials, such as parchment paper, the powder is trapped within the room while the clean air is safely discharged to the outside. At fixed intervals, the filter elements are back-blown with compressed air, causing the trapped powder to fall into a collection box at the bottom for recycling and reuse. This continuous exhaust maintains a steady negative pressure, preventing powder overflow and ensuring the dust concentration stays safely below the explosion limit. The primary advantages of this recovery configuration are its compact structure and small footprint. Since it eliminates the need for complex connecting pipes, maintenance and cleaning are exceptionally convenient, and the initial equipment investment remains relatively small.
Spraying Process: When operating the powder spraying room, the floating powder that is not adsorbed on the workpiece to be coated is sucked by the exhaust fan together with the indoor air, and flows to the filter element opposite the operation port.
Recycling Process: After being filtered by the filter element made of filter materials such as parchment paper, the powder is trapped in the room, and the air is discharged to the outside through the filter element. In this way, when the filter element is back-blown with compressed air at a fixed time, the powder on the surface of the filter element falls into the collection box at the bottom of the room and can be recycled and reused.
Filter Element Cleaning: The air in the powder spraying room is crushed by the filter element to form an outward airflow to prevent the powder from overflowing. The accumulation of powder on the surface of the filter element will cause blockage. The pulse cleaning system automatically cleans the powder on the surface of the filter element to ensure that the air duct is unobstructed and maintains the good effect of the recycling system.
30 years of experience providing proven equipment
Maintenance is more important than repair
Production line capacity fully matches demand without wasting any resources
At Maxpro Automation, we believe the most effective production lines are built on a foundation of partnership. We closely communicate with our clients to understand their specific operational challenges, production goals, and facility constraints. By listening first, we ensure that every piece of Powder Coating Equipment we manufacture serves a clear purpose in your success.
The manual powder coating line we purchased gives us incredible control for custom projects. The system is simple, efficient, and built with high-quality components. Maxpro’s design team truly focuses on practical industrial solutions.
CEO, Architectural Metal Solutions
Production Supervisor, Middle East Industrial Group
At Maxpro Automation Technology, we don’t just provide machinery; we provide the engine for your growth.
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