Description
Saving powder paint and protecting human health are our main goal when producing manual and automatic powder coating booths that facilitate the whole nonsticked paints to be held in the booth. They can be smoothly fitted anywhere where it is needed, thanks to their ergonomic properties and disassembling construction.
A quick and quality painting solution is provided by automatic powder coating booths via making a regular supply of the paint without any disruption of the plant. Automatic booths are produced depending on customer needs such as filter type, monocyclone and multicyclone types.
- Cyclone or filter type recovery systems
- Metal bodies
- Quick-color-change or ordinary designs
- High powder recovery percentage minimal paint waste
- Highest energy saving
- Soundproof fans in CE standards
Characteristics
| Length | From 1 to ∞ m (According to customer requirements) |
| Height | From 1.5 to 10 m (According to customer requirements) |
| Width | From 1 to 10 m (According to customer requirements) |
| Filter type | Cyclone or with self-cleaning filter (cartridge recovery system) |
| Body material | Plastic |
| Type | Automatic |
| Capacity | Calculated individually |
| Design | Quick-color-change or ordinary (According to customer requirements) |
| Efficiency | 97-98% |
Advantages
| Spraying efficiency | In the high-voltage electrostatic field, the charge of the same polarity with the powder particles is brought by inner wall of PVC booth, resulting in a rebound effect. Hence, more powder can be gathered to the workpiece. |
| Save powder | Inner wall adsorbs fewer powders, which enables high powder utilization rate. |
| Rapid cleaning | The powder that has attached to the booth wall can be easily blown off by compressed air gun. |
| Environmental-friendly emission | High efficiency bottom exhaust device matches with the large-diameter double-whirlwind powder separator and terminal filter, diminishing powder aggregation. |
| Powder reuse | The recycled powder will be returned to the powder hopper after being filtered. |
The Cabin
| Material Type | Antistatic plastic sheet panels |
| Recycling system | Integrated |
| Functionality | Rapid color change |
| Cleaning | By polyester filter cartridges |
| Adapting | For 1 axis, 2 axis, 3 axis robot systems |
| Design | Custom |
Recycling process
| Type | Automatically and (or) manually |
| Production | High-efficiency |
| Safety | High-efficiency |
| Principles |
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The Fan
| Type | Extraction or suction |
| Construction | Placed in an insulated sheet metal cabinet |
| Noise | Minimum level |
Filters
| Material | Polyester |
| Count | Calculated individually |
| Hang type | Rotary Wing, help filter cleaning |
| Cleaning system | Pneumatic |
Main Control Panel
| Length | From 1 to ∞ m (According to customer requirements) |
| Height | From 1.5 to 10 m (According to customer requirements) |
| Width | From 1 to 10 m (According to customer requirements) |
| Filter type | Cyclone or with self-cleaning filter (cartridge recovery system) |
| Body material | Metal |
| Type | Automatic |
| Capacity | Calculated individually |
| Design | Quick-color-change or ordinary (According to customer requirements) |
| Efficiency | 97-98% |
