Method of Operation
The material is fed into the knife mill
via a wide, spacious feeding chute. The rotor knives working under a
favorable cutting angle, reduce the material at the robust counter-knives.
An ideal cutting, with a low percentage of fines, high capacity, and
with low specific power consumption, is the result of the method of
loosening up and cutting the material. The
particle size of the reduced material is determined by mesh size of the
easily exchangeable screen installed at the bottom of the housing.
Vertical bottom discharge.
 |
 |
Advantages & Features
 |
Robust construction suited for the
hardest workloads |
|
|
Rotors adapted to the material and size
reduction problem |
|
|
Pre-adjusted rotor and housing knives |
|
|
Swing out Screen |
|
|
Few, easily exchangeable wear parts |
|
|
Smooth running because of high mass
weight |
|
|
Bearings protected by sealed
intermediate chambers |
|
|
Electro-hydraulic system for the easy
opening of the two part housing |
|
|
Good accessibility of the cutting
chamber allows easy and intensive cleaning and quick screen change |
|
|
Safety
Features: Limit switch to prevent start up when mill is open.
Electro-hydraulic system can only be actuated after standstill of rotor. |
|
Applications
Size reduction of massive and fused lumps
weighing up to 50 kg, bulky materials such as barrels up to 160 lt of
capacity, reject tubes of a max. diameter of 710 mm and a max. length of 6m,
full profiles of max. diameter of 300mm, leather scraps, wood scraps,
rags, cotton stalks, rubber bales and old tires.
-
Plastics
-
Rubber
-
Chemicals
-
Foods
-
Minerals
|
