Jiaozuo Zhongxin Heavy Industrial Machinery Co.,Ltd.
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1. Technology & Cavity Design: Integrated with internationally advanced technologies and equipped with a high-efficiency large inclination crushing cavity design, significantly increasing the feed particle size and equipment production capacity.
2. Maintenance Convenience: Bushing replacement without dismantling the cross beam simplifies the maintenance process and reduces the difficulty and time cost of operation and maintenance.
3. Structural Strength: Adopts an integrated main shaft and cone structure, matched with an ultra-heavy-duty high-strength frame, which greatly enhances the overall equipment strength and extends the service life.
4. Operational Stability: The balanced design effectively improves the stability of the equipment during operation and reduces operational vibration and failure probability.
5. Intelligent Control: Configured with an intelligent, fully automatic control system, ensuring a more reliable and efficient production process and adapting to large-scale operation requirements.
Applications: Hard Rock & Mining
As a crucial piece of stone crushing equipment, this series excels in hard-rock crushing projects worldwide. Whether you are processing basalt, granite, iron ore, or copper ore, this mining rock crusher handles high-hardness materials with ease. Unlike standard stone crushers, our primary gyratory crusher reduces wear on inner liners while maintaining an optimized reduction ratio. It is widely recognized by global mining operators as the premier hard rock crusher for mega-scale crushing plants.
Factory Direct & Inquiry
Looking for a reliable stone crusher for sale directly from a trusted manufacturer? As one of the leading primary gyratory crusher suppliers, Zhongxin Heavy Industry offers customized configurations to fit your plant layout. Our state-of-the-art stone crushing machines are engineered in our authentic workshops to guarantee
◎The crushing chamber of a gyratory crusher is an annular space with a trapezoidal cross-section, composed of a moving cone liner and a fixed cone liner. Its shape is determined by the surface shapes of the moving and fixed cone liners. The shape of the crushing chamber directly affects the crusher's productivity, specific energy consumption, product particle size distribution, liner lifespan, and crusher structural dimensions. Therefore, a well-designed crushing chamber is crucial.
◎In a gyratory crusher, after entering the crushing chamber, the material continuously falls towards the discharge port as it is crushed, eventually being discharged through the discharge port. Within the crushing chamber, as large pieces are broken down into smaller pieces, the loose volume of the material gradually increases from top to bottom, while the width of the crushing chamber's cross-section gradually decreases. This reduces the voids between materials, resulting in a gradual increase in the degree of material compaction from top to bottom. Consequently, the material becomes more compacted with increasing compaction.
*La capacidad de producción variará en función de los distintos materiales, tamaño de alimentación y otros factores.
| Model | Feeding size mm(in) | Pinion RPM | Power kW（HP） | 125mm (5.0’’) | 140mm (5.5") | 150mm (6.0’’) | 165mm (6.5’’) | 175mm (7.0’’) | 190mm (7.5’’) | 200mm (8.0’’) | 215mm (8.5’’) | 230mm (9.0’’) | 240mm (9.5’’) | 250mm (10.0’’) |
| 42-65 | 1065 (42) | 600 | 375 (500) | — | 2010 (2220) | 2335 (2575) | 2515 (2775) | 2870 (3165) | — | — | — | — | — | — |
| 50-65 | 1270 (50) | 600 | 375 (500) | — | — | 2395 (2645) | 2780 (3065) | 2935 (3240) | — | — | — | — | — | — |
| 54-75 | 1370 (54) | 600 | 450 (600) | — | — | 2885 (3185) | 2985 (3295) | 3145 (3470) | 3335 (3680) | 3485 (3845) | — | — | — | — |
| 62-75 | 1575 (62) | 600 | 450 (600) | — | — | 2890 (3190) | 3615 (3985) | 3815 (4210) | 4205 (4640) | 4330 (4775) | — | — | — | — |
| 60-89 | 1525 (60) | 600 | 600 (800) | — | — | — | 4195 (4625) | 4540 (5005) | 5080 (5600) | 5295 (5840) | 5530 (6100) | 5805 (6400) | — | — |
| 60-110E | 1525 (60) | 600 | 1200 (1600) | — | — | — | — | 5535 (6100) | 6945 (7655) | 7335 (8085) | 7570 (8345) | 8280 (9130) | 8595 (9475) | 8890 (9800) |
Contáctenos rellenando el formulario o por Email: sales@zxcrusher.com
As a leading crushing and mineral processing equipment manufacturer, we understand that sudden downtime can severely impact your mining operations. That’s why we supply high-quality, durable gyratory crusher parts designed to withstand the harshest large-scale primary crushing environments.
Beyond delivering robust components, our global engineering team provides end-to-end gyratory crusher service to keep your primary gyratory crusher running at peak efficiency. We don't just sell parts; we provide full lifecycle support to optimize your plant's performance.
100% OEM Compatibility: All gyratory crusher spare parts are manufactured strictly according to original drawings and tolerances. Real Workshop Engineering: We welcome clients to view our manufacturing capabilities through authentic factory production images. Every eccentric shaft and casting undergoes rigorous non-destructive testing (NDT) before shipment.
We provide comprehensive support throughout the entire lifecycle of your equipment. Our service approach ensures long-term reliability and optimized performance for every project.
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