Surface Cleaner

The HAUG Surface Cleaner is intended for the contact-free removal and cleaning of electrostatic charges and particles from, for example, plastic injection mouldings, deep-drawn parts and film webs.

The combination of two (round) ionizing bars and pulsed compressed air from several rotating cleaning nozzles ensures a consistent, efficient cleaning result.

The cleaning nozzles are available in a variable-speed version. The integrated speed control of the cleaning nozzles ensures a uniform, pressure-independent speed of approx. 600 min-1 and therefore a consistently good cleaning result.

The mounting of the Surface Cleaner is straightforward due to the bores integrated in the holder and the body. The unit is available from a length of 450 mm (2 cleaning nozzles and 2 holders) and up to a length of 1950 mm (10 cleaning nozzles and 4 holders). The lengths and versions of the Surface Cleaner are customized as required.

On request, the Surface Cleaner with its variable-speed cleaning nozzles is also available in a version for areas with a potentially explosive atmosphere.


 

Branches

The Surface Cleaner is suitable, among others, for the following applications:

  • Surface technology
  • Injection moulding
  • Automotive industry
  • Glas industry
  • Furniture industry

Processing associated with the surface treatment of paper, leather and plastic parts and on laminating and coating machines can also be optimised using these units.

Technical data

Types Surface Cleaner Order-No.: 04.0503.xxx
with speed-variable cleaning nozzles, for two round ionizing bars.
Please order ionizing bars separately!
Dimensions (H x W) 105 x 229 mm
Lengths 450 - 1950 mm
Special lengths on request.
Nozzles 2 solid stream nozzles Ø 1,6 mm
(per cleaning nozzle)
Air consumption 420 Nl/min at 6 bar (per cleaning nozzle)
Betriebsdruck 5 – 10 at (dry, oil free, filtered)
Standard-Drehzahl 600 min-1
Air discharge angle 20°
Operating temperature +5 °C to +40 °C
Storage/transport temperature -15 °C to +60 °C

Subject to technical changes!

Technical illustration