B-Industrial Sandblasting
Our in-house sandblasting facilities consist of an Open Yard and Coverall Building to Sandblast in. This facility gives us the advantage during poor weather conditions.\ We "blast" anything from personal, items i.e.: Car rims, undercarriages, frames,to the larger equipment such as tractor frames, farm equipment, loaders, trailers, tankers, ducting work, silencers, large mining and structural steel work. Whatever the customer's industrial cleaning needs are Wet or Dry blasting.

1-dry blasting
Sandblasting: is a generic term for the process of smoothing, shaping and cleaning a hard surface by forcing solid particles across that surface at high speeds; the effect is similar to that of using sandpaper, but provides a more even finish with no problems at corners or crannies. We have a large game of unit which can respond to the customers request.

Blasting machines packages

Areas of use:
• Abrasive blasting of metal constructions and buildings, bridges, reservoirs, piping, concrete surfaces • Cleaning up to grade SA-3,0 • Performance up to 37 m2/h (see Table of Performance) Designed for working with: Any dry abrasives, max. grain size 3,5 mm
Standard delivery:
100- / 200-liter capacity tank, screen, cap, sand valve, high-performance moisture separator, inspection door, quick hose couplings
Technical data:
	DBS - 100	DBS - 200
Max. working pressure, bar	10	10
Tank capacity , liter	100	200
Working temperature , °C	-10 / 50	-10 / 50
Vessel diameter , mm	508	609
Vessel height , mm	1226	1480
Weight , kg	105	135

2-wet blasting
Water blasting: is the use of water propelled at high speeds to clean surfaces and materials. By focusing and pressurizing the water stream, the force generated can remove, for example:
• Paint from walls, metal, and highways
• Rubber from runways (airfield rubber removal)
• Sealants and membranes from concrete

In order to standardize cleaning operations and surface preparation specifications the Steel Structures Painting Council (SSPC) has adopted the following four definitions for cleaning operations using water jetting technology:
• Low-pressure water cleaning (LP WC) is the use of water pressure less than 5,000 psi (34 MPa) for cleaning.
• High-pressure water cleaning (HP WC) is the use of water pressure between 5,000 to 10,000 psi (34 to 70 MPa) for cleaning.
• High-pressure water jetting (HP WJ) is the use of water pressure between 10,000 to 25,000 psi (70 to 170 MPa) for cleaning.
• Ultrahigh-pressure water jetting is the use of pressures above 25,000 (170 MPa) for cleaning.

Model 40330D - 13.3 gpm (50 lpm) at 40,000 psi (2,800 bar)