Blastmaster 3.0 CU. FT C-Series Blast Pot Pneumatic

Part #: 1003008PKA

Product Literature:

An abrasive blasting pot is a pressure vessel used to contain a supply of abrasive material during the abrasive blasting process. Used as part of an abrasive blasting system, the abrasive blasting pot delivers a mixture of abrasive and compressed air to the blast nozzle for surface preparation. The Blastmaster® 3.0 Cu. Ft. C-Series Abrasive Blasting Pot has a dual “Fail-to-Safe”, pressure-release remote control system, with independent inlet and outlet valves that close when the remote control switch is deactivated. Typical applications include blast rooms, blast yards, oil refineries, and pipelines.



The Blastmaster® 125 Remote Control System allows the operator to remotely activate and deactivate the abrasive blasting pot from the nozzle, eliminating the need for a pot tender.



OSHA requires an abrasive blasting pot to be equipped with a remote control system, which only operates with continuous hand pressure and deactivates upon release of the control switch by the operator (29 CFR 1910.244(b)). This remote control system meets the OSHA requirement by providing a “Fail-to-Safe” configuration, which will deactivate the remote control system in the event the operator drops or loses control of the remote control switch.



A heavy-duty handle, 16” semi-pneumatic tires, and lifting lugs allow the abrasive blasting pot to be maneuvered quickly and easily around the work site.



3.0 Cubic Foot Capacity
Abrasive Blasting Pot Muffler
Galvanized pipe fittings
Two lifting lugs
16” semi-pneumatic tires
Empty weight 320 lbs
Overall height 48”
Fill height 48”
Width 32”
Depth 30”




The Blastmaster® 125 Remote Control System is a dual “Fail-to-Safe” configuration including a 1-1/2” inlet valve, 1” outlet valve, abrasive trap, remote control line, and a remote control switch.


The Blastmaster® Regulator Abrasive Metering Valve allows the operator to set and maintain a consistent flow of abrasive, reducing abrasive consumption and increasing production rates at the nozzle.


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