Tertiary Crushers
Tertiary crushers are high-efficiency crushing equipment that operate with high-speed rotors and impact plates designed for fine and delicate crushing operations. Acting in the tertiary crushing stage, they reduce the material coming from previous processes into smaller, uniform and homogeneous grain sizes. Material is fed in a controlled manner to the crusher and gains speed through the impact effect created by the rotor operating at high revolutions. Through the guidance of rotor blades, the material in contact with the crusher plates is gradually fragmented thanks to the multiple impact principle. With hydraulic adjustment systems, the discharge opening is precisely controlled to obtain the desired final product grain size, and quality and efficiency are optimized in the production process.
Technical Specifications
| Structural Features | |
|---|---|
| Operating System | Pulsed fine crushing principle |
| Rotor Structure | High-speed rotor system |
| Crushing Elements | Pulsed plates (blow bars) |
| Application Stage | Tertiary crushing applications |
| Adjustment Mechanism | Hydraulic grain size adjustment |
| Performance | |
|---|---|
| Product Output | Superior cubic product |
| Crushing Ratio | High crushing ratio |
| Product Structure | Small and homogeneous grain size |
| Operating Cost | Low operating cost |
| Work Efficiency | High efficiency in fine and precise crushing |
Areas of Application
Preferred in high-quality aggregate production in fine size and cubic form
Used to achieve precise product size in the tertiary crushing stage
Contributes to the production of homogeneous material with suitable granulometry
Used in reducing material from pre-crushing to finer and more uniform sizes