OTS-9000 Auto Electrostatic Spray Bell System

OTS-9000_auto_electrostatic_spary_bell_system

Features

Dual Coating- Solvent and Waterborne Paint
Improve Coating Quality
Reduce Air Pollutions
Reduce Water Pollutions
High Transfer Efficiency – Spray Painting
High Atomized Bell Cup
Easy Handle for Long Term Operation
Long Life Operation
Low VOC Emissions
Low Failure Rate and Easy Maintenance

Overview

Auto liquid electrostatic spray bell system, just like conventional spraying equipment, rely on air or high pressure to atomize the lacquer. The particles of lacquer are then charged as they exit the nozzle.Different air nozzles cap and material, which create different spiral spray pattern, are available for OTSON liquid electrostatic spray guns.

This spiral effect reduces lacquer-particle velocity. Therefore the lacquer will be atomized. The technique involves applying a charge, usually negative, to the coating material as it is atomized. The negatively charged spray droplets are attracted to any earthed surface; if the workpiece is earthed, the negatively charged droplets are attracted preferentially to it.

This effect is so powerful that, with some objects, coating spray can be observed to ‘wrap around’.In this way, the purpose of the electrostatic coating is achieved which can offer transfer efficiency up to 95% and minimize the over spraying phenomenon obviously. OTSON is keeping researches and developments in electrostatic equipment in last 30 years, the technologies of OTSON electrostatic can now also be used for waterborne paints, solvent paints, and lacquers.

Electrostatic Effect

Electrostatic spray isolation box for gear pump

OTS-9000 Auto Electrostatic Spray Bell System

In using the Auto liquid electrostatic spray bell. The high compress air tends to throw the paint away when the paint passes through the special nozzle, the paint is atomized , then negatively charged to the object , thus having a less negative charge than the paint. The charged objects are given their initial momentum from the paint pressure and air pressure. In this case , the expelling effect appears between the paint carrying electrostatic and the live particles as to cause further atomization of paint and thus form much finer thin fog. Due to the occlusion of electrostatic, the lost paints are sucked back to the workplace in generating a kind of surrounding electrostatic effect. In this way , the purpose of electrostatic coating is achieved which is able to offer transfer efficiency up to 95% and minimize the over spraying phenomenon obviously.