Sand Blasting Cabinet

Sand Blasting Cabinet Works on the blasting principle, the pressure blaster generates high abrasive velocity, resulting in speedier cleaning of the task. A pressure tank directly bolted beneath the cabinet's hopper has an automatic abrasive replenishing system. As a standard feature, a tubular fabric bag dust collector with a large filter area is mounted to the cabinet for maximum dust collecting efficiency. For bag shaking, a manual shaker is also provided. It is ideal for quick cleaning, removing heavy rust and corrosion using coarse abrasives, and etching the surface required for thermal spaying. The blast pressure can be adjusted from 30 to 90 PSIG. Depending on the application, almost any coarse or medium abrasive can be utilized.

The sand blasting cabinets are constructed of 10 gauge steel. Both sides of the cabinet have full-extension, hinged doors. The doors contain lips that prevent abrasive media from spilling out of the cabinet. Rubber sheets are used to line the high-wear regions within the front and back of the cabinets. The work surface is a piece of thick perforated steel sheet that is easily removable. The sand blast cabinet's bottom is Sand Blasting Hopper shaped to collect and recycle abrasive.
Glove ports with arm-length neoprene gloves are provided in the sand blast cabinets. For operator comfort, the hand sections are cloth lined. The view windows are made of safety glass and are sealed with a rubber gasket.

A built-in separator returns the reusable abrasive to the hopper for recycling and directs the broken-down abrasive, dust, and debris to the dust collector. The dust collector is made up of a bag filter and an exhaust blower housed in a welded steel casing.

Sand Blasting Cabinet Types

• Pressure Blasting Cabinet
• Suction Blasting Cabinet
• Wet Blasting Cabinet

Required For Use of Sand Blasting Cabinet

• A moisture separator capable of eliminating all moisture and contaminants from the incoming air supply is required. Moisture and/or oil in the air supply will cause the abrasive media to clump and clog.
• An appropriate regulator must be employed to limit incoming air pressure to a maximum of 90 PSI, with 80 PSI being preferable. Excessive air
• pressure can permanently harm the unit and cause serious physical injury if it bursts. 
• A compressor capable of producing a minimum of 7 CFM At 90 PSI is necessary for the best results. Less available CFM will not offer enough force for the Blaster to effectively remove rust and/or paint.
• For proper operation, Eastwood blast media is strongly advised. Avoid using grit sizes that are too coarse since they can clog the Nozzle (no larger than 60 grit).

Sand Blasting Machine Features

• Wearable parts, such as the blast gun and vibrator's ball, are ceramic coated for long service life.
• A boron carbide nozzle is used, which has three times the service life of a tungsten carbide nozzle.
• When necessary, accessories like a vision glass, sand blasting nozzles, and sand blasting hoses can be easily installed on-site.
• High light intensity for enough illumination, as well as adequate ventilation for clear visibility when blasting.
• The ergonomic cabinet is meant to keep the user comfortable while working.
• Doors use a cam lock system and a single lever to effectively seal the door.
• For lengthy service life, a flexible, antistatic, and lightweight sand blasting hose was chosen.
• At the operator's location, the noise level of the fan is kept below 80 dBA.