Famous Benchtop Vapor Blasting Cabinet Products & Service

Dry blasting uses dry compressed air to propel media directly against the component, which causes microscopic shear stresses, sharp fracturing, dust formation, and abrasive grit embedment into the metal substrate. In contrast, vapor blasting (slurry blasting) mixes water and abrasive media. The water forms a hydraulic cushion that prevents media fragmentation, washes away debris continuously, prevents thermal stress, eliminates static electricity, and leaves a clean, non-embedded micro-profile with consistent Ra values.

Yes. Industrial benchtop cabinets accommodate diverse media types from fine glass spheres (e.g., #8 to #13 for gentle satin conditioning and cleaning) to ceramic microspheres (B60 to B400 for controlled peening) and white aluminum oxide (80 to 240 mesh for rapid pre-coating profile etch). Because all interior contact zones feature polyurethane coatings and stainless steel, aggressive media can be utilized without premature chamber wall erosion.

Water-soluble, non-foaming rust inhibitors are added directly to the slurry reservoir at 1% to 3% concentrations. The inhibitor coats the clean ferrous metal during the cycle. An integrated, inhibitor-dosed clean-water rinse inside the chamber prevents flash oxidation during post-blast blow-off and drying.

A standard industrial benchtop unit requires a clean, dry compressed air supply delivering 20 to 45 CFM (0.6 - 1.3 m³/min) at 4 to 7 bar, depending on the blast nozzle size (5 mm vs 8 mm). Electrical power typically requires single-phase 220V/240V (50/60 Hz) or three-phase configurations to drive the internal slurry pump, lighting, and exhaust extraction mist separator.

Yes. Units can be configured with precision pressure regulators, digital pressure transmitters, and slurry concentration sensors to satisfy AMS 2430, AMS 2432, and customer-specific peening/cleaning standards. Calibrated alarms and automated interlocks stop processing if pressures fall outside specified audit tolerances.