The VS1 type sand making machine is widely used for fine crushing and coarse grinding of metallic and non-metallic ores, cement, refractory materials, grinding materials, glass raw materials, building aggregates, artificial sand, and various metallurgical slags. It is especially suitable for medium-hardness materials, high-hardness materials, and corrosion-resistant materials, such as silicon carbide, corundum, sintered bauxite, and magnesium oxide.
Working Principle
The VSI sand making machine employs two working principles: "stone-to-stone" and "stone-to-iron." "Stone-to-stone" is suitable for highly corrosive materials with medium to high hardness and is also suitable for material shaping. "Stone-to-iron" is suitable for medium-hardness, less corrosive stones, and can be used for crushing, processing, and sand making with a large output. This working principle makes the VSI sand-making machine more efficient and adaptable.
When the VSI sand making machine is working, the motor drives the rotor to rotate at high speed. The material falls vertically from the feed inlet at the top of the VSI sand making machine into the high-speed rotating impeller. The high-speed rotor throws the material against the impact plates in the crushing chamber. The material not only collides violently with the impact plates but also collides and crushes with itself. Then, the material rebounds from the baffle back to the hammers for further crushing. This process is repeated until the stone reaches the standard size and is discharged from the outlet.
Product Structure
The VSI vertical crushing machine consists of a casing, rotor, main shaft assembly, cooling device, motor, transmission pulley, and electrical control cabinet.
Product Advantages
1. High output and high efficiency: The optimized deep-cavity rotor design increases material throughput by approximately 30%.
2. Long service life: Service life is extended by over 40%, reducing daily maintenance and saving costs while improving efficiency.
3. Excellent sand particle type: The processed river pebble sand particles have an attractive appearance, reasonable gradation, and adjustable fineness modulus.
4. Effective environmental protection measures: The deep-cavity turbine design, efficient exhaust system, and high-efficiency dust removal equipment effectively reduce dust pollution; furthermore, the equipment operates smoothly with minimal vibration and low noise during startup and operation.
