Dispositifs de dilacération

Des solutions de taille pour une réduction totale !

Les dispositifs de dilacération NETZSCH sont installés lorsqu’il est nécessaire de broyer avec fiabilité des matières fibreuses dans le fluide véhiculé. C'est la seule façon d’éviter une obstruction des conduites et ainsi de protéger efficacement les équipements en aval.

 

The technology of the grinders

Grinders can be divided into two categories based on the different technologies. On the one hand, there is the technology of the M-Ovas® universal cutting plate macerator and, on the other hand, the N.Mac® twin shaft grinder. In the cutting plate macerator, the shreddable parts are pressed against the perforated plate by the flow or are partly drawn into the holes. More significant amounts accumulate in front of the perforated plate and are ground by the cutter head until they are flushed through the openings. This effectively protects connected units from blockages. By replacing the perforated plate, you can change the hole size and thus the degree of shredding. The twin shaft grinder technology is suitable for particularly coarse and solid contaminants. Here, the two knife blocks grind washed-up solids such as textiles or plastic waste in liquid media. Thanks to numerous different blade combinations, you can quickly determine the degree of shredding yourself. This prevents possible clogging in the pump chamber.

Product portfolio of grinders and macerators from NETZSCH

Dilacérateur M-Ovas® pour matière brute

Les dilacérateurs sont installés lorsqu’il est nécessaire de broyer avec fiabilité des matières fibreuses dans le fluide véhiculé. C'est la seule façon d’éviter une obstruction des conduites et ainsi de protéger efficacement les équipements en aval.

N.Mac® Channel Twin Shaft Grinder

The N.Mac® channel twin shaft grinder crushes fragmenting large and solid particles in liquid media and impresses with its innovative FSIP® concept (Full Service in Place).

N.Mac® Inline Twin Shaft Grinder

The N.Mac® inline twin shaft grinder crushes fragmenting large and solid particles in liquid media and impresses with its FSIP® concept (Full Service in Place).