Large Cyclone Secondary Recovery Powder Coating Booth
Large Cyclone Secondary Recovery Powder Coating Booth
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  • Large Cyclone Secondary Recovery Powder Coating Booth
  • Large Cyclone Secondary Recovery Powder Coating Booth

Large Cyclone Secondary Recovery Powder Coating Booth

It is well known that hardware coating equipment uses harmful substances like paint, but energy consumption also plays a significant role. To reduce the energy used by coating equipment and achieve greater energy efficiency, various energy-saving measures have gradually been implemented in these systems as hardware coating technology continues to advance.
  • Product Description
  •   It is well known that hardware coating equipment uses harmful substances like paint, but energy consumption also plays a significant role. To reduce the energy used by coating equipment and achieve greater energy efficiency, various energy-saving measures have gradually been implemented in these systems as hardware coating technology continues to advance.

      It all starts with energy-saving measures in the paint booth. To achieve high cleanliness, the air in the paint booth must maintain a temperature between 20°C and 23°C, with relative humidity ranging from 60% to 80%. Only under these conditions can the coating quality of the workpieces reach optimal aesthetic appeal while minimizing rework rates. The ventilation and exhaust systems of the paint booth are critical pathways for meeting these precise environmental requirements. Among them, the air handling units in the supply system are major energy consumers. To maximize energy efficiency, modern paint booths have adopted innovative, highly effective energy-saving strategies. Next, there are energy-saving measures in the drying chamber, which is the primary source of heat consumption in the entire painting facility. To reduce energy waste during the drying process, cutting-edge paint shops have gradually upgraded their drying chambers by integrating advanced, energy-efficient technologies. In newly constructed hardware coating facilities in recent years, fresh air is now being introduced into the mid-coat and topcoat drying zones—specifically, the exhaust air previously released from the cooler sections at the rear of these drying chambers is increasingly redirected back into the system. This approach not only helps manage excess exhaust air, reducing environmental pollution, but also significantly cuts down on heating energy losses when the plant’s ventilation system operates during colder months. As a result, this strategy effectively achieves the dual goals of energy conservation and sustainable operations.

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