SC100

SC100 Single Cylinder Hydraulic Cone Crusher: Fine Crushing Solution

High Efficiency and Quality Products

The SC100 Single Cylinder Hydraulic Cone Crusher is a high-efficiency fine crushing machine, widely used in industries such as metallurgy, construction, road building, chemistry, and silicate raw material crushing. This equipment achieves three critical functions—direct discharge opening adjustment, prevention of iron passing through, and cavity cleaning—through its unique bottom single-cylinder design. The SC100 has a maximum feed opening size of 150 mm for the F1 chamber and a processing capacity range of 45 - 135 t/h, making it ideal for fine crushing operations.

Stable Operation and Low Maintenance Costs

The SC100 uses a single hydraulic cylinder to raise and lower the moving cone, achieving multiple functions such as discharge opening adjustment, cavity cleaning, iron passing prevention, and overload protection. It is equipped with an electronic intelligent discharge opening control system, enabling more production process control and operational optimization. The main shaft is supported at both ends, allowing it to withstand greater crushing force and stroke, combined with a special crushing chamber shape adapted to the layer compression principle, which significantly improves crushing efficiency.

Excellent Internal Structure Sealing Performance

The SC100 employs a special crushing chamber shape and layer compression principle, producing particle-to-particle crushing effects. This results in a higher proportion of cubic-shaped products, fewer needle-like and flaky stones, and a more uniform particle size. The internal structure has excellent sealing performance, preventing dust and impurities from entering and extending the equipment's lifespan.

Reliable and Advanced

The SC100 offers multiple fine crushing chamber types. By simply replacing the fixed cone, different crushing requirements can be met. The modular design makes the equipment more flexible, allowing for the conversion between different crushing stages by changing the chamber type, thus improving production efficiency. Overload protection and automatic control functions ensure stable operation under various conditions.