Shock-Blaster-Big-Blaster-Shock-Air

This device is the interface between the compressed air and the materials inside the tank. After the air pulse, the formed bridge breaks, and the deposited materials are directed to the tank’s outlet, preventing the accumulation of materials or, so to speak, their arching. Considering the geometric shape of the sweepers’ installation and the irregular stimulation of their electric valves, the possibility of cleaning the tanks’ inner surface increases as well as the efficiency of the system.

  • - Shock blaster
  • - Airblaster
  • - Air shock

Airblaster manufacturer in Iran

In cement factories, Big Blaster systems are widely used in different levels of pre-heaters, cyclones, great coolers, and in triple material silos.

It should be noted that the accompanying control system can set the time for spraying Big Blasters automatically and grouped.

Big Blaster Specifications:

  • Fast transfer of materials to the exit valve.
  • Low air consumption (average air consumption is less than 0.3 cubic meters per minute).
  • Easy installation and repair (all installation and repair steps can be performed not needing to empty the materials or stopping the production line).
  • Completely industrial and resistant to sudden shocks.
  • The ability to sweep materials inside the tanks up to a circle with a diameter of 2.5 meters.
  • Can be installed on tanks, silos (metal, concrete, fiberglass, etc.), hoppers, chutes, and material communication ducts.
  • Effective on wet and sticky materials.
  • With no sound.
Pictures of some Kian Sanat products in the field of Airblaster

Kian Sanat produces all kinds of air blasters and shock blasters

In the pictures below, you can see some of the products of Kian Sanat company at the installation site, which have been installed over the years of efforts of this group and are used in domestic and neighboring countries industries. Airblaster devices are used to prevent clogging of tanks and material transfer ducts in a production line or distribution network, and the way they work is to use high air pressure and throw it at the opposite piston, which causes strong shocks and vibrations. It turns on the opposite side and prevents clogging.