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Laser/ Plasma-Cutting

 
   
These processes are used to cut metals, each one working by a specific functional principle. Plasma-cutting creates an arc between the electrode and the treated piece, then forces compressed air through which creates a plasma flow near light velocity and temperatures around 20.000°C. Laser-cutting uses a very intense light beam in order to cut materials.

Filtration in this application has to evaluate the following specific parameters:

  • air charged with greasy/oily fumes and chemical composites coming from degreasing or lubrificant liquids, as well as fused coatings
  • very low particle size
  • presence of contaminants that are irritating (e.g. ozone, hydrocarbons, phosgene), toxic or cancerogenous (e.g. lead, cadmium, fluorides, nickel)
  • possible risk of fire
 
Products we recommend:
06
C325 in Meltblown
09
C335 in Meltblown
14
C355 in Meltblown
15
F212 in PES (white, teflon, alluminated/conductive)
19
F264 in Meltblown
   
Accessories:
30
Rotating cleaning system
31
External venturi tubes
32
Internal venturi tubes reinforcement cages
33
Flat/pleated cells smooth/rigid pocket filters
34
Rigid pockets Turbogas high efficiency pockets/panels