Hammer crusher is suitable for crushing minerals of various brittle materials. The crushed materials are coal, salt, Baiya, gypsum, alum, brick, limestone, etc. The material compressive strength of used diesel stone crusher is not more than 100 MPa and the humidity is not more than 15%. It is mainly used in cement, mining, coal preparation, power generation, chemical industry and building materials. It is also used to crush wood, paper or asbestos cement wastes with strong elasticity and toughness. It can recover asbestos fiber and so on.
The working principle of hammer crusher:
Hammer crusher can not only be used in crushing production line, sand production line, but also can replace conical crusher in mineral processing production line. The main working parts of hammer crusher are rotors with hammers (also known as hammers). The rotor consists of a main shaft, a disc, a pin shaft and a hammer. The motor drives the rotor to rotate at high speed in the crushing chamber. Material is crushed by the impact, impact, shearing and abrasion of the high-speed hammer in the feeding machine from the upper feed port. In the lower part of the rotor, the sieve plate and the size of crushed material smaller than the sieve hole are discharged through the sieve plate. The coarse particles larger than the sieve hole size are blocked on the sieve plate and continue to be attacked and ground by the hammer. Finally, the sieve plate is discharged out of the machine.
The working principle of hammer crusher:
Hammer crusher can not only be used in crushing production line, sand production line, but also can replace conical crusher in mineral processing production line. The main working parts of hammer crusher are rotors with hammers (also known as hammers). The rotor consists of a main shaft, a disc, a pin shaft and a hammer. The motor drives the rotor to rotate at high speed in the crushing chamber. Material is crushed by the impact, impact, shearing and abrasion of the high-speed hammer in the feeding machine from the upper feed port. In the lower part of the rotor, the sieve plate and the size of crushed material smaller than the sieve hole are discharged through the sieve plate. The coarse particles larger than the sieve hole size are blocked on the sieve plate and continue to be attacked and ground by the hammer. Finally, the sieve plate is discharged out of the machine.