Cross Beater Mill CB100 is suitable for mid-hard,brittle materials. It can be used for batch processing and continuous coarse crushing and fine crushing.

CB100 can deal with the mid-hard, brittle materials (hardness no more than 6Mohs), such as ore, coke, minerals, ceramics, slag, gravel, soil, cement, etc.

CB100 grinds the samples through beating，impacting. The sample enters the center of the chamber through the hopper. The sample is crushed between the impact plate and the gear of the embedded parts. Once the sample size is smaller than the pore size of the sieve, they will enter into the receiving container. The beater rotor draws a large amount of air through the hopper channel, thus accelerate the speed of the crushed sample departing from the crushing chamber.

Rotor for Cross Beater Mill CB100, mainly used for crushing  soil, coal, slag, glass,etc

We also provide rotors and sieves made of special material for heavy-metal-free crushing.

○ It can be fixed on the floor and equipped with casters to move easily.
○ With quick locking device and motor braking, it has high safety performance.
○ The grinding process is rapid and produces less heat.
○  The size of the sample is controlled by the bottom sieve and sieve with different sizes can be selected.
○ A large amount of sample can be processed continuously, ranging from a few kilograms to several hundred kilograms per hour.
○ CB100 can be equipped with small sample receiver and cyclone separator, which is convenient for sample collection, chamber cleaning and heat generation reduction.
○  It can feed automatically by connecting a vibratory feeder VF200.
○  Easy cleaning thanks to exchangeable push-fit grinding sieve, rotor

When  CB100 is used with a cyclone separator, it is suitable for handling light or small volume samples. The use of cyclone separator extends the applications of the Cross Beater Mill. It not only effectively solves the heat transfer problem during the grinding process so as to make cleaning easily, but also improve the uniformity and reproducibility of the grinding results.