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Cyclone Separator Recovery System
Working Principle:
Cyclone separators use centrifugal force to separate powder from the air stream. Oversprayed powder enters the cyclone chamber tangentially and swirls down. Heavier powder particles are flung to the outer wall and collected in a hopper below, while lighter particles exit through the top exhaust (to be filtered or vented).
Best Used For:
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High-volume single-color operations
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Reclaim of heavy, flow-stable powders (like epoxy/polyester)
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Booths where up to 85–90% powder recovery is acceptable
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Environments prioritizing low maintenance and mechanical simplicity
Advantages:
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No filter clogging or replacement
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Works well for large particle sizes
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Ideal for powder reuse with minimal breakdown
Cartridge Filter Recovery System
Working Principle:
Powder-laden air is pulled through fine cartridge filters that trap particles on their outer surface. Clean air passes through the filter core and is exhausted, while powder is periodically pulsed off into a collection bin using compressed air (pulse-jet cleaning).
Best Used For:
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Frequent color change booths
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Fine powders or metallic powders with high dusting
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Plants requiring very high recovery efficiency (up to 99%)
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Situations where cleanroom-like airflow and low emissions are needed
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Advantages:
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High filtration efficiency (up to 5 µm)
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Cleaner environment, less airborne powder
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Ideal for multi-color lines and tight environmental control
