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  Application of shale hammer crusher:

Shale Hammer crusher is developed for both dry and wet crushing of brittle, medium-hard materials for the mining, cement, coal, metallurgic, construction material, road building, and petroleum &chemical industries.

 Shale hammer crusher Features:

1) Simple structure

2) High reduction ratio

3) High efficiency

Working Principle of shale hammer crusher:

 The motor drives the rotor rotate of the hammer crusher at a high speed through the belt, and on the rotor there are series hammers, when the material get into the working areas of hammers, they are crushed by the rotating hammers of the hammer crusher with high rotation speed, the products which a re crushed to meet the required size can be discharged by the outlet and become the final products, the large size products are brought back to the crushed area by the hammers of the hammer crusher for being recrushed until they reached the required size.

Technical data of shale hammer crusher:

  Shale hammer crusher in stock:

 Structural drawing of shale hammer crusher:

Hammer crusher mainly consists of frame, rotor, support iron and grate bars. The frame is divided into two parts: Upper part and lower part which are welded by steel plates after being cut. Liners made of high manganese steels within the frame can be replaced after being worn out. The rotors consist of the turn plate, pin shafts, and hammers which are grouped regularly in the main shaft. The motor drives the rotors to rotate quickly in the crushing cavity, and hammers spread outward as a result of centrifugal force from the rotation of the rotors. Large materials entering the crusher through the feed inlet are stricken, impacted, cut and ground by the high-speed hammers to small size. Qualified materials crushed will be screened out and exit from the gap of the grate bars while the unqualified will be left in the crushing cavity to be further hammered and ground until reach the standard size. The size of the final product can be adjusted by changing the grate bars. The gap between the rotors and the grate bars can also be adjusted according to different requirement.

1. Sieve plate         7. Feed opening

2. Rotor disc          8. Hammer tup

3. Outlet                  9. Impact plate

4. Central axis      10. Arc lining board

5. Support rod      11. Bindiny mechanism

6. Support ring