The Symons 5.5ft cone crusher is a crushing equipment commonly used in industries such as mining and stone processing. It has the following characteristics: - Strong crushing ability, capable of effectively processing ores and rocks of various hardness. - Adopting advanced crushing principles to achieve efficient crushing and improve production efficiency. - The product has uniform particle size, which is helpful for subsequent processing and treatment. - The structural design is reasonable and has high stability and reliability.
The Symons 7ft cone crusher is a commonly used crushing equipment. It is suitable for crushing various materials such as ores and rocks of different hardness. It has the advantages of large crushing ratio, high production efficiency, and uniform product particle size. Its working principle is that through the swinging motion of the moving cone, the materials are crushed by the actions of compression, bending, and impact in the crushing cavity.
The Symons 5ft cone crusher typically refers to a cone crusher with a feed opening size of the crushing cavity or a diameter of a certain key component measuring 5 feet (approximately 1.524 meters). This type of cone crusher is generally composed of components such as a frame, a transmission system, a discharge adjustment device, a lubrication system, a moving cone support system, a moving cone, and a fixed cone. Its working principle is as follows: The electric motor drives the bevel gear on the transmission shaft to rotate through a coupling or other transmission device, causing the eccentric sleeve to rotate inside the central cylinder of the frame. There is a conical hole in the eccentric sleeve that forms a certain angle (usually around 2 degrees) with the rotation center line. Inside the hole is a conical bushing. The moving cone is supported by a spherical bearing and performs a swinging motion under the action of the eccentric sleeve. The surfaces of the moving cone and the fixed cone are typically equipped with wear-resistant steel liners. During operation, the material is uniformly fed into the crushing cavity from the feeding device and falls onto the distribution plate at the upper end of the moving cone. Then, it is evenly sent into the crushing cavity around the moving cone, where it is crushed by multiple impacts, compressions, and bending actions of the moving cone. The crushed material is discharged from the crusher in an open state through the discharge opening.
The Symons 4.25ft cone crusher generally refers to a cone crusher with a feed opening size of the crushing cavity or a diameter of a certain key component of 4.25 feet (approximately 1.295 meters). This kind of cone crusher is generally composed of parts such as a frame, a transmission system, a discharge adjustment device, a lubrication system, a moving cone support system, a moving cone, and a fixed cone. Its working principle is as follows: The electric motor drives the bevel gear on the transmission shaft to rotate through the coupling, and then causes the eccentric sleeve to rotate inside the central cylinder of the frame. There is a conical hole in the eccentric sleeve with a certain angle (usually around 2 degrees) deviated from the rotation center line. Inside the hole is a conical bushing. The moving cone is supported by a bronze bowl-shaped spherical bearing and can perform a swinging motion. The surfaces of the moving cone and the fixed cone are usually lined with wear-resistant steel liners. During operation, the material falls from the feed box onto the distribution plate at the upper end of the moving cone and then evenly enters the crushing cavity around the moving cone, where it is crushed by multiple impacts and compressions of the moving cone. The crushed material is discharged through the discharge opening in an open state.
The Symons 4ft cone crusher is a common model of cone crusher. "4ft" usually indicates that the feed opening size or a certain key component size of this crusher is 4 feet (approximately 1.2192 meters). This cone crusher generally consists of a frame, a transmission system, a discharge adjustment device, a lubrication system, a moving cone support system, a moving cone and a fixed cone, etc. Its working principle is as follows: The electric motor drives the bevel gear on the transmission shaft to rotate through the flexible coupling, causing the eccentric sleeve to rotate inside the central cylinder of the frame. The eccentric sleeve has a conical hole with a certain angle deviated from the rotation center line. Inside the hole is a conical bushing. The moving cone is supported by a bronze bowl-shaped spherical bearing, thus performing a swinging motion. The material falls from the feed box onto the distribution plate at the upper end of the moving cone and is evenly fed into the crushing cavity around the moving cone, where it is crushed by multiple impacts and compressions of the moving cone. The crushed material is discharged from the crusher in an open state through the discharge opening.
This kind of cone crusher usually has the following characteristics and advantages: - Wide application range: It can be used to crush various ores and rocks of medium or above hardness. - Reliable structure: Reasonably designed, with various components working in coordination to ensure stable operation of the equipment. - High production efficiency: Able to achieve a relatively high processing capacity. - Good crushing effect: The product has a uniform particle size. - Convenient adjustment: The discharge opening size can be adjusted according to actual needs to control the particle size after crushing. - Economical and practical: It has certain cost advantages in operation and maintenance.