A shredding mechanism (9) is rotatably mounted in a shredding chamber followed by a cutting mechanism (10) that is also rotatably mounted in a shredding chamber.
Each grinding disc (28, 30) carries a grinding segment, and a predetermined gap or grinding space is defined between the grinding segments.
An improved grinding apparatus (100) and method of grinding, images the sample while it is being ground so that grinding does not have to be interrupted in order to determine how far grinding has progressed.
The orc grinding medium (1) can both reduce wear of the orc grinding medium (1) and the lining plate of a grinding machine and distinctly improve orc grinding efficiency.
The grinding stator assembly (14) and grinding rotor assembly (12) are maintained in generally spaced relationship from each other to define a grinding plane therebetween.
There is a bean grinding chamber and a rotational grinding pan and a static grinding pan are set in the bean grinding chamber.
The crushing apparatus comprises a first crushing apparatus and a second crushing apparatus.
The inner crushing shell (18) is supported on a crushing head (16) and the outer crushing shell (12) is supported on a crusher frame (2).
A crushing apparatus electrode and a crushing apparatus capable of increasing energy used for crushing.
The second crushing shell defines, together with the first crushing shell (16), a crushing gap.
The rotary crushing means consists of rotary crushing part (40A) and fixed crushing part (40B).
The powder milling is done using low energy roller milling (pebble milling).
A pavement milling sled upholds a rotating pavement milling drum during travel over pavement preselected for milling.
A mill apparatus (1) comprises a frame (2), a mill unit (5), a mill drive (3) mounted on the frame (2) with the mill unit (5) attached to and suspended from the mill drive (3).
Each of the beater plates that lie towards the interior of the radius is provided with a beater strip (7) in the vicinity of its beater edge (17), which is formed by the beater surfaces (12, 16) of said plate.
The method serves for the refining of cellulose fibres which are passed in aqueous suspension between refiner strips (3) located on the contact faces of refiner fillings.
The grind section includes a grind mechanism having a stationary grind ring (20) and a rotatable shredder plate assembly (22) that rotates within the stationary grind ring to grind food waste.
Each roller (2, 3) comprises several gearwheel-like crusher discs (6) with spaces (13) mounted between them.
The comminution apparatus (10) includes a vertical cylindrical comminution vessel (12) having comminuting media (41) disposed therein.