What We Do

Manufacture and Recycling of Paints

This system uses an ultrasonic tubular processor that is based on sono-chemical and ultrasonic principles.  High-speed interparticle collisions brought on by ultrasound waves are utilized in the ultrasonic paint manufacturing process to accomplish task including deagglomeration, de-gassing, milling, mixing and emulsification. This achieves several advantages that are outlined below and does away with the need for mechanical ball and micro milling techniques.  Enhanced productivity and effectiveness. During testing and currently in production, the ultrasonic processor requires 32 minutes to produce 1 tonne of paint. Thus utilizing around 1/12th of the prior amount of energy needed per hour, production is achieved in 1/16th of the regular production time (i.e., 6-8 hours using a basket mill)  Benefit to the environment from energy savings. Since producing ultrasonic paint require very little energy, the amount of emissions produces is greatly reduced. This is also true for paint recovery from production waste using ultrasonic technology, as disposing of paint waste results in much lower solvent emissions. Operators are thus exposed to far less VOC, anf their carbon foot print is reduced.  Financial gain made possible by: lower operational expenses due to fewer time and power requirements (one of our clients has been using a 1.5KW processor for all their white based manufacturing for the past 12 months for example). Apart from the benefit of being free of moving parts, the tubular processor’s ultrasonic characteristics also reduce the amount of cleaning media needed for production line circuits, allowing for faster and simpler cleanups than would otherwise be possible with traditional basket mills. This facilitates seamless transition between product lines using the same machinery Contact us to Know more about this technology