PYF Compound Cone Crusher

PYF Cone Crusher is a modern high-performance crusher that integrates high swing frequency, optimized cavity type and reasonable stroke, which is designed and developed by our company based on the introduction and absorption of foreign Simons cone technology and the principle of laminated crushing and the concept of more crushing and less grinding according to customer needs. The perfect combination of high-performance crushing cavity type and high crushing frequency greatly improves the processing capacity of the compound cone crusher. Because of the adoption of the laminated crushing principle, the crushed products are mostly cubic structures, which greatly reduces the needle-like materials.

The compound cone crusher has a simple structure, is easy to operate and maintain, and the discharge port is easy and quick to adjust, saving time and effort during maintenance. In particular, the liner is easy to replace quickly, reducing downtime. It is widely used in mining ore crushing, high-hardness rock material crushing, building material crushing, cement plants, sand and gravel yards, concrete mixing stations, dry mortar, power plant desulfurization, quartz sand, etc.PYF series compound cone crusher is developed on the basis of digesting and absorbing various types of cone crushers with international advanced level in 1980s. Its structure is obviously different from that of traditional cone crusher in design, and it concentrates the main advantages of various types of cone crushers known so far.

The working principle of PYF compound cone crusher is that the transmission shaft is driven by an electric motor, so that the crushing cone rotates and swings around the fixed point under the compulsion of the eccentric sleeve, causing the crushing wall to sometimes approach and sometimes leave the mortar wall fixed on the adjustment sleeve, thereby squeezing, grinding and bending the ore to achieve ore crushing. At the same time, when encountering unbreakable objects, overload protection is achieved through the spring safety system or hydraulic safety system, so that foreign matter can be discharged smoothly through the crushing chamber to ensure the safe operation of the equipment.

Suitable for fine and ultra-fine crushing of hard rocks, ores, slag, refractory materials, etc. Cone crushers can be widely used in metallurgical industry, construction industry, road construction industry, chemical industry and phosphate industry, suitable for crushing hard and medium-hard ores and rocks, such as iron ore, copper ore, limestone, quartz, granite, basalt, diabase, etc. The crushing chamber type is determined by the purpose of the ore: standard type is suitable for medium crushing, medium type is suitable for fine crushing, and short head type is suitable for ultra-fine crushing.

1. PYF Cone Crusher's Advanced Parameter Combination Improves Production Capacity：The PYF Cone Crusher utilizes a unique algorithm to precisely match PYF Cone Crusher's crushing frequency and PYF Cone Crusher's eccentric distance. Compared with ordinary cone crushers, the PYF Cone Crusher enables the crushing cone to squeeze and impact the materials more quickly and rhythmically within a unit of time. Taking the processing of granite as an example, an ordinary device can crush 80 tons per hour, while the PYF Cone Crusher can achieve a production capacity of 120 tons per hour with optimized parameters, representing a 40% increase.

2. PYF Cone Crusher's Strengthened Laminated Crushing Optimizes Particle Shape：The design of the PYF Cone Crusher strengthens the laminated crushing effect among the material particles. After the materials enter PYF Cone Crusher's crushing chamber, under the dual extrusion of PYF Cone Crusher's  crushing cone and the mantel wall, the particles collide and rub against each other. PYF Cone Crusher  not only improves the crushing efficiency but also makes the crushed materials mostly in a cubic shape. In the production of construction aggregates, the cubic-shaped stones crushed by PYF Cone Crusher can make the concrete more fluid, greatly enhancing the strength and stability of the concrete.

3. PYF Cone Crusher's Optimized Crushing Chamber Facilitates Material Flow：The PYF Cone Crusher adopts a new type of PYF Cone Crusher's crushing chamber, which increases the passing area of the materials and reduces the blockage phenomenon in PYF Cone Crusher's crushing chamber. The movement trajectory of the materials in PYF Cone Crusher's chamber is more reasonable, ensuring that each particle can be fully crushed by PYF Cone Crusher, and further improving the crushing efficiency.

4. PYF Composite Cone Crusher's Strong Crushing Ability to Adapt to Various Materials：The PYF Composite Cone Crusher has a powerful crushing capacity and PYF Composite Cone Crusher can handle various materials with medium hardness and above. Materials such as granite with a Mohs hardness of 6-7, as well as iron ore, copper ore, basalt, etc., can all be crushed by PYF Composite Cone Crusher efficiently. In an iron ore concentrator in the metallurgical industry, the PYF Composite Cone Crusher can crush large pieces of iron ore to an appropriate particle size, providing high-quality raw materials for subsequent processes.

5. PYF Composite Cone Crusher's Multiple Chamber Types for Wide Adaptability to Demands：Each model of the PYF Composite Cone Crusher is equipped with four types of crushing chambers: coarse, medium, fine, and ultra-fine. Users can flexibly select PYF Composite Cone Crusher according to the material characteristics, production scale, and the required final product particle size. When producing construction sand, PYF Composite Cone Crusher's ultra-fine crushing chamber can be selected to produce sand particles with a smaller and more uniform particle size; when conducting primary crushing, PYF Composite Cone Crusher's coarse crushing chamber can increase the processing capacity and reduce the production cost.

6. PYF Composite Cone Crusher's Adaptability to Different Processes and Integration into Production Lines：Whether it is a single-stage crushing process or a complex multi-stage crushing and screening combined process, the PYF Composite Cone Crusher can be integrated into it. In the multi-stage crushing process of large-scale mining projects, the PYF Composite Cone Crusher can be used as a medium crushing and fine crushing device, working in coordination with jaw crushers, impact crushers, etc., to form an efficient crushing production line.

7. PYF Compound Cone Crusher Optimized Structural Design Reduces Vibration：During the design stage of the Compound Crusher, with the help of computer-aided design (CAD) and finite element analysis (FEA) technologies, the overall structure of the Compound Crusher is optimized. Compound Crusher's mass and force points are reasonably distributed to ensure a tight fit between Compound Crusher's each component, reducing the vibration and noise during Compound Crusher's operation. The key components of the Compound Crusher are made of high-strength alloy steel and undergo special heat treatment to improve Compound Crusher's wear resistance and fatigue resistance.

8. PYF Compound Cone Crusher Stable Transmission System Ensures Operation：Compound Crusher is equipped with an advanced transmission system, including a high-performance motor, a high-quality speed reducer, and a high-precision gear pair. Compound Crusher's motor of Compound Crusher outputs stable power, the speed reducer of Compound Crusher controls the rotation speed, and Compound Crusher's gear pair ensures the smooth and reliable transmission. The transmission system of  Compound Crusher is also equipped with an overload protection device, which can cut off Compound Crusher's power supply in a timely manner when Compound Crusher's encountering excessive loads. Compound Crusher's principle behind this overload protection is based on Compound Crusher's sophisticated sensors that detect abnormal increases in torque. Once Compound Crusher's preset threshold is exceeded, the device acts as a safeguard, preventing the transmission system from being overstressed. This intelligent design of Compound Crusher not only protects the mechanical integrity of the crusher but also contributes to Compound Crusher's overall safety of the operating environment. By understanding Compound Crusher's technical details, users can have greater confidence in the performance and durability of Compound Crusher.