The existing Pneumatic transfer system was operated by applying a system that is transported at high speed through Pneumatic Piping by mixing a large amount of air and a small amount of material to prevent clogging of pipes during transport.
Because these systems provide frequent clogging, severe wear, and a lot of air, there is a problem with the expansion of the compressor.
To solve this problem, if Booster is installed to supply Boosting Air, additional air is continuously supplied to all sections of the Pneumatic Piping, and the material is used to be divided into short plugs within the Pneumatic Pipe.
However, if a blockage occurs in the system, a lot of air is ejected into the booster in the non-blocking section, not the blocked section, which cannot completely resolve the clogging phenomenon.
To solve these problems, we developed Smart Pneumatic-Booster, and our company
At low pressure positions between the clogging position and the silo, the booster will operate the Boosting Air
By self-tuning and supplying Boosting Air only to blocked sections with high pressure
This product can solve the clogging problem completely and can be transferred at a low speed at a high concentration mixing ratio, which can reduce wear and reduce air usage, resulting in energy savings and increase in material transfer.