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COLO
Fluidized bed powder coating machine work process consists of immersing a hot part into a bed of powder, allowing the powder to melt on the part and build a film, and subsequently providing enough time and heat for this film to flow into a continuous coating.
Fluidized bed powder coating machine can get a thicker coating, handle some complex and difficult-to-coating workpieces or metal meshes that are prone to Faraday cages, and a single dip can quickly manage parts in bulk.
These filters with smaller and more uniform pores ensure 100% separation. Superior quality polyester spunbonded fabric materials enhance filters' lifespan.These filters are easy to inspect and replace that convenient for fast color change.
A powerful centrifugal fan sucks the air from the cabin, dragging the remaining powder paint from the application towards filters which capture the particules. Thus the air is filtered and exhasuted completely clean to the working environment.
Fluidization plates are used as a preventive measure. All powders have perfect flow as long as a certain quantity of air is added at regular intervals during silo unloading operations. The material enriched with air achieves the desired fluidity. This prevents bridges, chimneys, lumps and deposits.2017-03-28
Fluidized Bed Powder Coating Equipment Specifications
Working size | W2200*H1500*D1400 mm (customized) |
Base material | Stainless steel plate, thickness 2mm |
Air inlet holes | 6Pcs (4 points*12) |
Inner fluidized plate size | 2200*1400*20 mm (spliced by microporous plates), and the micropores are 10-15 microns |
Centrifugal fan | 4kw |
Filter elements | 5Pcs ( 325*600) |
Typically, a fluid bed powder coated part is carefully preheated in a conveyor oven and then dipped into the fluidized bed. It is reheated to make the powder fuse out and finally cooled down to room temperature. Sometimes, the reheating isn’t needed, as the heat energy already in the part is sufficient to get the powder to fuse. Cooling is either done in air or water as necessary.
Fluidized bed powder coating machine work process consists of immersing a hot part into a bed of powder, allowing the powder to melt on the part and build a film, and subsequently providing enough time and heat for this film to flow into a continuous coating.
Fluidized bed powder coating machine can get a thicker coating, handle some complex and difficult-to-coating workpieces or metal meshes that are prone to Faraday cages, and a single dip can quickly manage parts in bulk.
These filters with smaller and more uniform pores ensure 100% separation. Superior quality polyester spunbonded fabric materials enhance filters' lifespan.These filters are easy to inspect and replace that convenient for fast color change.
A powerful centrifugal fan sucks the air from the cabin, dragging the remaining powder paint from the application towards filters which capture the particules. Thus the air is filtered and exhasuted completely clean to the working environment.
Fluidization plates are used as a preventive measure. All powders have perfect flow as long as a certain quantity of air is added at regular intervals during silo unloading operations. The material enriched with air achieves the desired fluidity. This prevents bridges, chimneys, lumps and deposits.2017-03-28
Fluidized Bed Powder Coating Equipment Specifications
Working size | W2200*H1500*D1400 mm (customized) |
Base material | Stainless steel plate, thickness 2mm |
Air inlet holes | 6Pcs (4 points*12) |
Inner fluidized plate size | 2200*1400*20 mm (spliced by microporous plates), and the micropores are 10-15 microns |
Centrifugal fan | 4kw |
Filter elements | 5Pcs ( 325*600) |
Typically, a fluid bed powder coated part is carefully preheated in a conveyor oven and then dipped into the fluidized bed. It is reheated to make the powder fuse out and finally cooled down to room temperature. Sometimes, the reheating isn’t needed, as the heat energy already in the part is sufficient to get the powder to fuse. Cooling is either done in air or water as necessary.