Overview
VSI crushers are designed to be used in secondary, tertiary or quaternary stage crushing. The crushers are suitable for a wide range of applications including the production of high quality manufactured sand, well formed aggregates and industrial minerals. Crushers can also be used for shaping or removal of soft stone from aggregate. Advanced alternatives with open table designs, multi-port rotor and larger bearings than many other VSI crushers are the main reasons for our crushers to provide high value solutions and deliver high performance. We provide static, wheel mounted VSI plants and components. VSI Impact Crushers are suitable for manufactured sand, re-crush of slow selling stocks, cubical products fractured gravel, material beneficiation, crushing of cement clinker before mills and glass recycling applications. Two different designs are available from our product range;
APPLICATIONS
arious metallic and nonmetallic ores, cement, corhart, abrasive material, glass, construction material, machine-made sand, metallurgy industry etc.
Features
1. Its capacity increases 30% by optimized deep chamber;
2. Pperating ratio can be increased 48% by changed side plate direction;
3. The operating cost reduces 30% by combined type worn hammer;
4. Using high temperature resistant and wear resistant material;
5. Bearing is famous international brand that imported from Japan ,Sweden and America;
6. Perfect graded final products with excellent shape;
7. High exchange rate to utilize any application and material;
8. Spread dish with double purposes can make two feeding ways change easily;
9. Special seal structure under main shaft guarantee no oil leak without seal;
10. It can be used for stationary crushing plant and can be mounted on mobile crushing plant.
Working Principle
Simply speaking, the operation principle of vertical shaft impact crusher is “stone strikes stone”, that is, materials enter the impeller cavity, which is turning at high speed, at the top. With centrifugal force, the materials will impact other materials that fall around the impeller. Then, after interact striking, materials will impact on material layer between the impeller and scaleboard for many times and will be rubbed and crushed. Then they will be discharged at the bottom.