Terra-Tech TT15P

1.5 cubic foot capacity portable wet abrasive blast system


SPEC SHEET


For full product technical specifications, detailed configuration options and a list of compatible parts, download our sell sheet or contact us today for more information.

GET IN TOUCH


  • 888-TERRA-TK
  • 888-837-7285

YOUR MAXIMUM IMPACT, MINIMAL FOOTPRINT SOLUTION

Coming in at under 150 pounds and roughly the size of a golf club bag, the TT15P wet/dry blast system was engineered with powerful portability and versatility in mind. The system offers users performance equivalent to our larger units—capable of handling a broad spectrum of applications ranging from delicate antique/monument restoration to the removal of heavy corrosion and scale from industrial equipment— in a compact and easy to handle package with 1.5 cubic feet of pot capacity.

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SPECIFICATIONS


Dimensions (LxWxH)29 x 23 x 43in
Weight (dry | wet)145 | 300lbs
Pot Volume1.50cu ft
Abrasive Capacity100lbs
Compressor60+CFM
Blast Pressure10 - 125PSI
Blast Hose ID1/2 - 1-1/4in
Blast Hose Length400+ft
Abrasive Use1.6lb/min
Water Use0.0 - 0.1gal/min
Blast Time / Pot Fill60+min
Profile0.0 - 4.5mils

The Terra-Tech Difference


The TT35HDS wet abrasive system’s operational flexibility makes it ideal for use across a wide array of use cases ranging from aggressive blasting (e.g. removal of heavy scale from industrial applications) to gentle surface cleaning without damaging, heating or warping delicate substrates (e.g. restoration of historical monuments & structures, aerospace components, etc.).

With reductions in abrasive consumption and airborne dust of 80–90% and >90% versus dry blasting, respectively, wet abrasive systems eliminate the burden, expense and hassle associated with dust containment, cleanup and disposal while maintaining comparable production rates with minimal impact on/to adjacent operations.

Save time by cleaning and preparing surfaces in a single step! The combined action of abrasives and water allow for the simultaneous removal of surface contaminants (e.g. corrosion products, dust and scale) and anchor profile generation without embedding particles on the substrate—salt removal and/or rust inhibiting chemical additives can be added to further enhance surface cleanliness.