Nederman : Dust Free Vacuum Blasting
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Vacuum Blasters SB 750
Vacuum Blasters

Blasting is the simplest and most effective way to remove rust, old paint and other materials from various surfaces. The Nederman vacuum blaster is a clean, dust free vacuum blaster that leaves the surface cleaned and well prepared for auto bodywork filling and painting etc. The grit is recycled and can be reused many times over. The SB 750 vacuum blaster is suitable for smaller-scale and lighter work.

• Lower cost by recovering grit.
• Built-in filter for minimum airborne dust.
• The closed blasting process does not affect other activities in your workshop.rections



Vacuum blaster Ab418 / Bb418 and Ab460 / Bb460

Nederman vacuum blasters have superior suction and filtration efficiency and provide for quick and effective work in a dust-free environment. The vacuum blaster is fitted with an automatic filter cleaning system.

Unique grit valve
Our unique grit valve can be pre-installed to achieve maximum blasting production with minimum consumption of materials.

• Maximum productivity - covers large areas in less time thanks to the design of the vacuum head and the constant even flow of grit.
• Less downtime with our unique cleaning and recirculation of grit.
• Long filter life with efficient pre-separation of grit and automatic filter cleaning.

  Bb418 230 V/50 Hz Ab418 Pneumatic Bb460 230 V/50 Hz Ab460 Pneumatic
Part no. 40056603 40056601 40056604 40056602
Weight, kg 193 193 242 242
Weight with hose,kg +17 +17 +17 +17
Power, kW 2,4 - 2,4 -
Compressed air consumption / ejector Nm3 / min - 2,2 - 2,2
Max, airflow, Nm3/hr 460 360 460 360
Max, vcuum, kPa -21,5 -42 -21,5 -42
Blasting method Pressure blasting Pressure blasting Pressure blasting Pressure blasting
Blaster tank l 18 18 60 60
Pre-separator 18 18 60 60
Total air consumption 2 bar = 0.7 m3/min
3 bar = 1.0 m3/min
4 bar = 1.3 m3/min
5 bar = 1.7 m3/min
2 bar = 2.9 m3/min
3 bar = 3.2 m3/min
3 bar = 3.5 m3/min
5 bar = 3.9 m3/min
2 bar = 0.7 m3/min
3 bar = 1.0 m3/min
4 bar = 1.3 m3/min
5 bar = 1.7 m3/min
2 bar = 2.9 m3/min
3 bar = 3.2 m3/min
4 bar = 3.5 m3/min
5 bar = 3.9 m3/min
Capacity, m2 / hr 6-10 6-10 6-10 6-10