GPX 16-65
SPECIFICATIONS
Cleaning Path: 16 in. Prod. Capacity: Up to 3500 sq.ft./hr. Travel Speed: Up to 200 ft./min. Power: 49 hp Deutz Diesel engine Drive: Hydrostatic transmission Shot Valve: Hydraulic Seal Lift System: Hydraulic Ignition System: 12V DC Fuel: Diesel Fuel Tank: 19 gal. (72 liter) Dimensions: L 104 in. (2642mm) x W 62 in. (1575mm) x H 66 in. (1676mm) Weight: 3,150 lbs (1429kg)ON-BOARD DUST COLLECTOR
System: Reverse-pulse cartridge cleaning CFM: 2,600 Dust Capacity: Approx. total 6.5 cu.ft. Cartridges: 6
The Blastrac® GPX 16-65 is a versatile ride-on unit that offers portability and efficient operation. The GPX 16-65 shot blaster strips, cleans and profiles simultaneously and is ideal for ship decks, parking garages, industrial plant and warehouse floors, bridge and highway work, and airport runways−improving macro and micro texture, skid resistance, and aesthetics. It will remove paint, rust, marine growth, and mill scale from steel. The GPX 16-65 also removes paint and pavement markings from asphalt, and prepares concrete for re-coating or application of overlays. A blast pattern adapter is available to reduce the blast width for very effective line stripe removal.
A new bagging system, that eliminates handling of hazardous debris, is part of the silencer-enhanced onboard dust collection system which prohibits airborne dust and contaminants re-introduction into the surrounding environment.
The GPX 16-65 is an excellent, cost-effective and environmentally friendly choice for those medium to large shot blasting requirements.
FEATURES & BENEFITS:
- New silencer enhanced dust collector, has easy access bagging system for efficient debris removal and disposal
- Patented paddle wheel technology for shot blast efficiency
- Blast pattern accuracy and wide abrasive selection allows operator to achieve desired surface profile
- Shot blasting process strips, cleans and profiles the simultaneously−leaves surface dry and free of chemicals, dust and contaminants
- Sure profiles with excellent bonding characteristics are produced, reducing coating failures