Description

The SMH Series Hydraulic Cone Crusher is the epitome of high-performance crushing technology. Engineered for optimum efficiency, this cone crusher employs an innovative combination of rotation rate, stroke, and crushing cavity design to achieve exceptional laminated crushing. As a result, it significantly enhances yield while ensuring reliable operation.

Features of SMH Series Cone Crusher

• Strong Crushing Ability: Delivers high efficiency productivity with increased capacity.
• Reliable Hydraulic System: Provides effective overload protection for safe operations.
• Versatile Crushing Cavities: Offers a range of crushing cavities to meet diverse product size requirements.
• Cost-Effective Structure: Incorporates advanced crushing principles and technical data for reliable performance at lower costs.
• Automated Operations: Features hydraulic adjustment and cleaning settings for increased automation.

Advantage of SMH Series Cone Crusher

Optimized Cavity for Higher Capacity: The crusher’s design features a larger diameter mantle, a longer crushing stroke, and a higher crushing ratio, which collectively result in high output and reduced energy consumption. The full-load laminated crushing effect ensures a stable particle-size distribution and superior product shape.

Minimized Downtime: Equipped with hydraulic locking and overload protection, the SMH Series Cone Crusher smoothly releases impact force when unbreakable materials enter the crushing chamber. This ensures the crusher returns to its original discharging setting, preventing blockages and operational downtime.

Working Principle of SMH Series Hydraulic Cone Crusher

When in operation, the SMH Series Hydraulic Cone Crusher’s motor drives the outer copper through a series of mechanical components, causing the crushing cone shaft to swing. This motion brings the crushing surface close to and away from the concave surface, facilitating the impact, squeezing, and bending of materials within the crushing chamber. The result is effective material reduction to the desired particle size, which is then discharged from the lower part.

The unique crushing chamber design utilizes intergranular lamination principles and optimized rotor speeds to enhance the crushing ratio and productivity, significantly increasing the volume of cubic final products.

Featuring hydraulic protection and automatic cavity clearing, the SMH Series allows for high automation levels. The hydraulic system can easily discharge materials when blockages occur, streamlining maintenance and minimizing manual intervention. This design ensures steady and reliable operation while preventing oil and water contamination through a labyrinth sealing mechanism.

Specifications