The single-cylinder cone crusher is a high-strength crusher for medium and fine crushing operations. It is suitable for crushing equipment of various medium and hard materials. The required feed size is between 10-560 mm and the production capacity is 30-1000 tons Between hours. It is mainly used for the crushing of building stone and metal. Ore crushing and other fields are used to achieve medium crushing operations for high hardness rocks. What are the special advantages of the single-cylinder cone crusher when processing materials?
First, the single-cylinder cone crusher uses the principle of lamination and crushing. Based on this principle, a suitable crushing cavity and matching speed are designed, which can significantly improve the crushing capacity and increase the grain shape in the finished product.
Secondly, the single-cylinder cone crusher uses hydraulic protection and a hydraulic cavity cleaning system, which improves the degree of automation of the machine. In production, if iron impurities enter the machine and cause the machine to become blocked, it can be hydraulically jacked up and automatically discharged. Manual shutdowns and emissions reduce the impact on production. In addition, the machine's hydraulic adjustment and thin oil lubrication system makes production operations more stable, reduces the frequency of failures, and reduces maintenance costs.
Third, the single-cylinder cone crusher has a variety of standard crushing chamber types to choose from, and the eccentricity can also be flexibly changed. Therefore, according to different process requirements, a suitable crushing chamber type and eccentricity can be equipped to achieve the crushing requirements. It's more flexible. In addition, the single-cylinder cone crusher is not only suitable for two-stage crushing after coarse crushing, but also an ideal choice for three-stage and four-stage crushing. In the second crushing, the finished product can be adjusted by adjusting the discharge port. It is very convenient to adjust the degree and capacity of the equipment.