1.The two feed inlets allow the incoming material to be simultaneously distributed to the optimal crushing positions of both rotors.
2.The material inside the crushing chamber is thrown out by the two rotors in tangential directions, resulting in repeated high-speed collisions between the particles. Therefore, the crushing ratio is high, and the output is high.
3.The adjustable and reasonable grate spacing effectively controls the discharge particle size, providing customers with greater flexibility in choosing optimal particle size distribution and fineness modulus.