The General Features of Hammer Crusher The hammer crusher has advanced structure, reliable performance, steady work and low energy consumption, suitable for crushing medium hardness and brittle materials, such as limestone, coal, salt, chalk, gypsum, alum, brick, tile, coal and so on. The compressive strength of the material to be broken is no more than 150 MPa. The machine is mainly used for cement, coal preparation, power generation, building materials and compound fertilizer industry to break different raw materials into uniform particle size. Also used for crushing fiber structure, strong flexibility and toughness of broken wood, paper or breaking asbestos cement waste to recycle asbestos fibers. Features: Hammerhead adopts new technology casting, with wear and impact resistance.
It can be adjust to required size according to customer requirements. The hammer body have sealed structure, solving dust pollution and leakage in crushing plant gray body. The hammer overall has beautiful design, compact structure, less wearing parts, and easy maintenance, etc. Working principle: Hammer crusher mainly rely on shock action to break material. The crushing process is roughly like this: the material falls into the crusher, suffered the impact of the high-speed rotation of the hammer and be broken, broken material gets kinetic energy from the hammer and rushed to the subwoofers and sieve bar in rack high speed body, simultaneously, material are colliding with each other and be broken, then the materials smaller than the screen bars gap are discharged from the gap; individual big pipes are re-crushed thereby obtaining the desired particle size of the product.
It can be adjust to required size according to customer requirements. The hammer body have sealed structure, solving dust pollution and leakage in crushing plant gray body. The hammer overall has beautiful design, compact structure, less wearing parts, and easy maintenance, etc. Working principle: Hammer crusher mainly rely on shock action to break material. The crushing process is roughly like this: the material falls into the crusher, suffered the impact of the high-speed rotation of the hammer and be broken, broken material gets kinetic energy from the hammer and rushed to the subwoofers and sieve bar in rack high speed body, simultaneously, material are colliding with each other and be broken, then the materials smaller than the screen bars gap are discharged from the gap; individual big pipes are re-crushed thereby obtaining the desired particle size of the product.
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