Macerators Pumps

Product Details:

NETZSCH Twin Shaft Macerators are available in various designs, with flow rates from 1 m3/h to 270 m3/h and a dry matter content of up to 10%. The machine consists of a midway located shaft implemented with a butterfly edge that moves and mixes the mass around the containers. A second changeable speed disperser shaft with a cowless impeller blade operates in short intervals.

 

Features:

• High homogeneity levels
• Dual mixing cycles
• Three dimensional spiral motion

 

Some possible application areas of the NETZSCH Twin Shaft Macerator:

• Sanatoriums and prisons
• Nuclear power plants
• Fish processing
• Hotels and vacation homes
• Airports
• Marinas
• Highway rest areas and recreation areas
• Hospitals
• Industrial kitchens
• Recreational facilities
• Schools and universities

Examples:

•  Wastewater, tin cans, fibrous plant and animal waste, fish, poultry feathers, glass, rubber, towels, wood and bark, bones, leather, rags, medical waste, sanitary napkins, cardboard, plastic parts, cleaning cloths, sludge, pantyhose, tampons, carpet scraps, soft metals, sugar beets and much more.

Product Details:

For applications with particularly large solid objects in the wastewater flow, the NETZSCHTwin Shaft Macerator Pump is your ideal partner. Various tooth and spacer width plate combinations are available for different degrees of grinding.

Depending on the application, five NETZSCH Twin Shaft Macerators are available in various designs, with flow rates from 1 m3/h to 270 m3/h at a dry matter content of up to 10%. The NETZSCH Twin Shaft Macerator is self-cleaning as the twin shafts rotate very slowly at slightly different speeds.

Low driving power with a particularly high throughput guarantees efficient operation. The NETZSCH Twin Shaft Macerator ensures free flow and protects downstream pumping equipment and plant components.

Advantages:

• High operating safety due to robust construction
• Ease of operation and simple maintenance
• Cost-effective due to low driving power at a particularly high throughput
• Optimal performance even under the most extreme conditions