Suction Blasting Cabinet

Suction Grit Blasting Cabinet is based on the Injection Suction principle of blasting. The industrial grit blast cabinet ensures non-stop working and no interruption in the blasting cycle.

It is used for light and medium-size components/particles where the surface is to be cleaned or deburred or to provide a fine matte finish. It operates on the Venturi principle to get abrasive from non-pressurized storage sand blasting hopper to the blast gun where it is mixed with the compressed air stream and propelled against the work surface or blasting surface. Suction grit blast machines are most easily recognized by having two pipes (one for air and one for abrasive media) running to the blast gun.

When we are working with a suction-blast gun, it is simple to recognize, because it has two pipes attached to it, one providing compressed air and one vacuum pipe (abrasive blasting hose) is bringing media into the gun. Pressure-blast nozzles have simply one larger pipe to deliver a mixture of media particles and compressed air.

Sand Blast Cabinet

The suction grit blasting cabinet system uses the venture principle, integrating an air jet one-half the inside diameter of the sand blasting nozzle. This generates a negative pressure in the pipe that sucks the abrasive media into the gun body from the media-containing hopper. A suction blaster can work continuously without shutdowns to refill abrasive media in the storage hopper and can be easily operated with multiple guns over multiple bodies.

This generates a negative pressure in the pipe that sucks the abrasive media into the gun body from the media containing hopper. A suction blaster can work continuously without shutdowns to refill abrasive media in the storage hopper and can be easily operated with multiple guns over multiple bodies.

Suction grit blast cabinets provide the ideal cleaning, smoothening, and finishing solution to many coating, painting, and corrosion problems. They are ideally utilized for ensuring a decorative or naturally pleasing surface finish across many materials. Suction systems generally have lower capital costs than a pressure cabinet and use less compressed air, making them appropriate for smaller workshops or lower production environments.

Specifications of Suction Blasting Cabinets

Suction blasting cabinet features are as follows:

• These types of cabinets are of lower cost than the related-sized pressure blasting cabinets.
• A suction blaster has far fewer moving parts and valves than a pressure abrasive blast unit, therefore, more easy maintenance and troubleshooting are possible there.
• Less air and abrasive consumption are there in a removal gun (suction abrasive blast gun) as its air demand is governed by the abrasive air jet, which is almost half the size the same as the blast nozzle diameter.

Continuous blasting is possible in a suction blasting cabinet because we need not think to refill the abrasive media containing hopper again and again in this, whereas in a pressure blast method the consecutive blasting time is decided by the amount of abrasive media present in the storage hopper or pot present at one time.

Grit Blast Cabinet Standard Models are :

• Grit Blast Cabinet SSB-6060
• Grit Blast Cabinet SSB-9182
• Grit Blast Cabinet SSB-12090

We manufacturer Suction Grit Blasting Cabinet is a low price in all cities: Delhi, Mumbai, Pune, Rajkot, Kolapur, and all cities. Suction blasting cabinet for sale area is all south cities in India, Cities are Bangalore, Pune, Coimbatore, Chennai, etc.

Suction Blasting Cabinet is based on the Injection Suction system of blasting. The industrial suction blasting machine secures non-stop working and no break in the blasting cycle. It is utilized for light and medium-size components/particles where the surface is to be cleaned or deburred or to give a fine matte finish. It works on the Venturi system to get rough from a non-pressurized storage hopper to the blast gun where it is mixed with the compressed air stream and propelled against the work surface or shot blasting machine surface.