Our factory specializes in producing high-performance crushing equipment, including ball mills, hydraulic cone crushers, and advanced cone crushers. We offer international-level solutions that combine high energy efficiency with low consumption, making our products highly competitive in the global market. With excellent performance and reliable quality, our machines have earned the trust of customers both domestically and internationally. We welcome all clients to inquire about our hydraulic cone crushers, which are designed using cutting-edge technologies such as crushing systems, hydraulic control, computer automation, and advanced manufacturing techniques. These machines are widely used in secondary and tertiary mineral processing and stone crushing, capable of handling even the most challenging working conditions and adapting to various types and hardness of ores.
The HC series cone crusher features an alloy cast steel frame, forged spindle, and spiral gear transmission system. It is compact, lightweight, powerful, and built to last. The design includes a fully automatic feeding system, quick assembly/disassembly of liners, and a curved crushing chamber, ensuring high processing capacity, low operating costs, and minimal downtime.
How it works: During normal operation, the motor drives the bevel gear, causing the moving cone to rotate eccentrically. An oil pump controls the cylinder pressure, adjusting the discharge opening size. When metal or hard objects pass through, hydraulic oil is injected into the accumulator, and once cleared, the system returns to normal operation.
Key performance features:
1. The upper and lower frames are made of alloy steel, designed using FEM (Finite Element Method) for maximum strength and durability. The forged spindle can withstand heavy crushing forces.
2. The main shaft, eccentric sleeve, and bushing work together to allow easy adjustment of eccentric distance, meeting diverse ore and mining requirements.
3. The spiral tooth surface transmission ensures high torque and efficiency. The curved crushing chamber is designed based on material lamination breaking principles, improving output quality while reducing wear costs.
4. The lubrication and hydraulic systems are modular and operate independently. They are integrated with the host machine for protection against oil temperature, flow, pressure, and power fluctuations.
5. The self-operating system offers overload protection, iron detection, and automatic compensation for liner wear. By controlling the feed, the crusher's efficiency is maximized.
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Jiangyin Suofei Electronic Technology Co.,Ltd. , https://www.suofeiscales.com