We manufacture Wagner Powder Coating Booth with high quality and low prices. Check link below for the Manual and Automatic Powder Coating Machine for sale
The economy of the coating equipment and the professionalism of the coating result plays a major role when powder coating in trade and industry. A fast changeover to a new color, almost 100% utilization of the paint material, and compliance with important safety aspects – these all contribute to the high performance of the ID booths from WAGNER.
Wagner Powder Coating Booth Features
Main features:
■ Everything is integrated and from a single source! Powder recovery, preparation and supply!
■ Closed powder cycle with 100% recovery
■ High suction performance of 4.000 m3 /h, horizontal conduct of the air
■ The large extraction grid avoids powder bounce-back and provides clean working conditions
■ Booth and powder container, both mobile
■ Generous practical booth lighting (for suspension booth and transfer booth)
■ Corresponds to the ATEX guidelines
Benefits for the user:
■ Large coating opening, optimal utilization of the size of the object
■ Smooth interior, easy to clean
■ Large service aperture at the rear
■ Simple operation
■ The control and monitoring of each active component can be individually regulated, ensuring better service life for pneumatics and electrics
■ Short powder cycle, safeguards the powder
■ Energy saving air circulation, the extracted air is fed back into the paint shop
■ Also economical in mixed powder mode for individual colours
The ID suspension booth for small type and multi-colored
coating tasks The ID suspension booth is ideally suited for the coating
of individual parts or small production runs and also works extremely economically in mixed color mode. The workpieces are hung at the
front and coated manually
Main features:
■ Spraying opening (B x H): 1.440 x 1.530 mm
■ Ideal even for larger parts
■ Integral generous lighting for maximum safety and convenience
■ With stainless steel floor plate
■ ID booths fulfill the ATEX guidelines
The functional process: The overspray is extracted by the extraction unit and gives up its charge to the deflector grid positioned in front of this
(8). The filter cartridge (7) separates the powder from the powder – air mixture. The filtered air (12) goes back into the workshop. The 3 filters are
cleaned automatically by periodic pulses of compressed air. The powder which is removed is sieved (6), collected in the powder container (5) and reused in the powder cycle
The power is continually sieved in the closed powder circuit. The sieving machine is easily removed when the powder container is uncoupled. High grade filter cartridges filter out any powder sprayed past the workpiece from the air flow so that the exhaust air can be returned to the workshop