High Efficiency Multi-Cyclones Powder Spraying Booth
1. Recovery efficiency is over 98% for standard powder
2. Types : Front Open / Side Open / Back to Back
3. Recovery : Cyclone type centrifugal separator.
High Efficiency Multi-Cyclones Powder Spray Booth Front / Side Open
High Efficiency Multi-Cyclones
Our multi-cyclone separator unit is characterized with high recycling efficiency and convenient cleaning. The reusable powder coating is collected in the hopper under the cyclones which will be transferred to to the spray guns automatically.
Recovery efficiency is over 98% for standard powder. The fines and dust in the recycled air stream will be collected in the filter before the cleaned air is passed out into the work shop. The self cleaning property of the cyclones will ensure fast colour change and minimal wastage of powder.
Multi-Cyclone Powder Coating Booth
Types : Front Open / Side Open / Back to Back
Recovery : Cyclone type centrifugal separator.
FEATURES:
1. Powder Recovery:
Multi-Cyclone recovery system ensures extremely high levels of powder recovery 98% .
2. Faster Color Change:
The Bottom of the Booth prevents accumulation of the powder and makes it very easy for cleaning and quick Color change.
3. Efficiency & Utilizations:
Due to octagonal shape of chamber air currents in side the Booth are directed towards the article, leading to high first-pass efficiency.
(The result maximum utilization of powder.)
O Painting / Booth Finishing Types
A) Inner side of Booth painted with super white enamel.
Outer side of Booth painted with sea-green hammer tone.
B) Completely Powder Coated Booth. (Long Life Finish)
Booths are available for small items & also Double Sided Booths (Back
To Back ) for Long length items like Aluminium sections etc.
Blower Capacity Available :- 1600 M/hr. to 4000 M/
Working of the Booth.
The Booth mainly consists of a spray chamber and recovery system. Suitable illumination is provided for clear visibility.
The air containing powder is sucked from the spray chamber and enters tangentially in to the cyclone chamber at high velocity this specific geometric arrangement creates cyclone in the vortex tube thronging heavier powder particles towards the periphery.
These particles are finally collected in to the recovery bin connected at the bottom of the vortex tube. Lighter particles along with the booth air are exhausted to the atmosphere. The efficiency of these type of centrifugal separation system depends upon percentage of heavier particles in the total quantity of powder
