Hydraulic crusher is a series of cone crushers, mainly including single-cylinder hydraulic cone crushers, multi-cylinder hydraulic cone crushers, etc.
Cone crusher
The single-cylinder hydraulic cone crusher is a single hydraulic cylinder that lifts and lowers the moving cone, which can realize the various functions of adjustment of the discharge port, cavity cleaning and overload protection; In addition, it is equipped with an electronic intelligent discharge port control system, which can achieve more automated production and can be widely used in various ferrous, non-ferrous and non-metallic mines and sand and gravel industrial fields.
Performance characteristics:
1. The upper and lower ends of the spindle of the single-cylinder hydraulic cone crusher are supported, which can withstand greater crushing force and larger stroke.
2. Equipped with a special crushing cavity shape that is compatible with the lamination principle, so that the machine has higher crushing efficiency.
3. The single-cylinder hydraulic cone crusher is designed with a good combination of crushing stroke, crushing speed and crushing cavity shape, so that the output of the machine is 35%~60% higher than that of the old spring cone crushing when the diameter of the large end of the moving cone is the same.
4. Medium and fine crushing of various cavity shapes can be achieved by simply replacing the fixed cone.
5. The hydraulic and lubrication system controlled by double safety can ensure the overload protection and good bearing lubrication of the machine.
6. High-tech hydraulic technology realizes overload protection and hydraulic adjustment of the discharge port, simplifies the crusher structure and reduces weight.
Multi-cylinder hydraulic cone crusher
The spindle of the multi-cylinder hydraulic cone crusher is fixed on the base of the lower frame, and the eccentric assembly is set on the spindle, which rotates around the spindle under the drive of the pinion drive assembly. The moving cone assembly is placed at the top of the spindle by a spherical tile and swings under the drive of the eccentric assembly. The adjustment ring is placed on the lower frame and is connected to the base of the lower frame by means of a peripheral hydraulic cylinder. The fixed cone assembly cooperates with the adjustment ring thread, adjusts the discharge port or replaces the liner under the hydraulic motor drive, and locks the locking cylinder after the action is completed.
When crushing the multi-cylinder hydraulic cone crusher, the crushing force is transmitted to the base of the lower frame through the spindle adjustment ring and the peripheral hydraulic cylinder, and the spindle is subjected to the pressure winding stress, and the whole main frame is not subject to tensile stress. Under the action of the tension of the peripheral hydraulic cylinder, the main frame is also subjected to compressive stress, and its value is the joint force of the peripheral hydraulic cylinder to the downward pulling force minus the crushing load, so the force on the side wall of the lower frame becomes smaller during crushing work.
Performance Benefits:
1. The working principle of lamination crushing is adopted, which has higher working efficiency and uniform particle size of the crushed product.
2. By expanding the size of the discharge port, the problem of equipment blockage is effectively avoided.
3. The multi-cylinder hydraulic cone crusher has a high degree of automation, simple and convenient operation, and greatly saves manpower.
4. The fixed shaft design is adopted, which increases the strength of the spindle and reduces the weight of the equipment.
5. The multi-cylinder hydraulic cone crusher is equipped with multiple hydraulic cylinders, which have high crushing force and high processing capacity.
6. Each part of the multi-cylinder hydraulic cone crusher can be disassembled at will, and maintenance is convenient.
7. The multi-cylinder hydraulic cone crusher has low energy consumption and power consumption in the crushing process, no noise, no dust pollution, energy saving and environmental protection.
Price description
How much does it cost to invest in a hydraulic cone crusher, the approximate price ranges from about 20-2 million, why is the gap so big, from each model, the cavity type, feed particle size, installed power, output and other technical parameters will be slightly different, so the choice is different, the price is slightly different.
And there are many hydraulic cone crusher manufacturers on the market, from design, production to sales have their own characteristics, ways and means, you can shop around, in addition to the quality and performance of the equipment itself, but also pay attention to after-sales, if the after-sales is not timely, it will cause an increase in follow-up production costs.
Comments(17)
These hydraulic crushers look super efficient for mining operations 👍 The automation features are impressive!
Anyone have experience with Sandvik vs Metso multi-cylinder models? Need real-world performance comparison.
That price range though… $20K to $2M?! Gotta do serious homework before investing in one of these beasts.
@SilkReverie：The price range makes perfect sense when you consider the massive size differences – from small quarry units to mega mining operations.
The energy efficiency claims seem promising, but I wonder about real-world power consumption numbers.
Single-cylinder design makes maintenance look way easier 💯 No more wrestling with those old spring cones!
@MeadowMeanderer：Totally agree! The single-cylinder design is revolutionary for field maintenance. Saved us thousands in downtime costs.
“No dust pollution” yeah right… someone’s never been on a real mining site 😂 Still better than jaw crushers I guess
We’ve been running ZHENGZHOU multi-cylinders for 3 years now – solid performance except hydraulic leaks in extreme cold.
@NanoNinja：Hydraulic leaks in extreme cold? Sounds like you need better quality seals. We use Arctic-grade fluids and haven’t had issues down to -40°F.
That 35-60% output increase sounds like marketing speak. Our plant only saw about 25% boost upgrading from springs.
Important tip: ALWAYS factor in shipping weight when budgeting! These monsters cost fortune to transport.
Just watched a demo video – the crushing motion is hypnotic to watch tbh 🌀 Might be weird but I find industrial machinery fascinating
The energy efficiency numbers look great on paper but I’d love to see some real field data comparisons with traditional crushers. Anyone got actual power consumption metrics?
We switched to single-cylinder models last year and maintenance time dropped by like 40% no joke. Best decision ever!
That 35-60% output increase sounds optimistic… our site only saw maybe 20-25% improvement when we upgraded. Maybe we’re doing something wrong? 🤔
Just visited a demo site – watching these things crush boulders like butter is wild! The engineering behind them is incredible.