1. YA vibrating screen is suitable for dry and wet classification and screening of materials in the fields of coal selecting, mineral processing, building materials, electric power and chemical industry and so on.
2. YA vibrating screen can be equipped with such screens as metal woven, polyurethane, steel plate with holes punched and other types.
1. The hydraulic crusher has a V-shaped cavity design, and the speed and meshing angle are optimized and reasonably matched to ensure maximum output.
2. The hydraulic crusher toggle plate does not require lubrication, which protects the main machine when overloaded and improves the safety of the entire machine.
3. The hydraulic jaw crusher hydraulically adjusts the discharge port, which is simple and quick to operate and maintain, thereby improving productivity.
1. Simple structure, smooth operation, stable performance, and the leading output among similar mining crushing equipment.
2. The wear parts on the locations of common wearings are protected by manganese steel parts to extend the life of the whole cone crusher.
3. The mounting surfaces of the mantle and concave are manufactured by finishing, and the replacement is simple and rapid, making the compound crusher highly efficient.
Product Introduction:
This series of equipment is able to process all kinds of materials with the grain size not larger than 700 mm and with the compressive strength not exceeding 360 MPa. The finished products are cube-shaped and are ideal processing equipment for aggregates used in high-grade highway pavement and hydropower construction. Our impact crusher with its excellent performance and good performance, is widely used in the fields such as highway construction, water conservancy projects, construction gravel processing and so on. The hydraulic impact crusher further enhances these capabilities, making hydraulic impact crusher a versatile choice for various applications.
Working Principles:
These series of products use impact energy to break materials. When working, the rotor of the impact crusher rotates at a high speed under the drive of the motor. The materials entering from the feed port collide with the plate hammer on the rotor and are broken by the high-speed impact of the plate hammer. The broken materials are impacted to the liners and broken again. Finally, they are discharged from the discharge port. Adjusting the gap between the counter frame and the rotor frame can achieve the purpose of changing the particle sizes and shapes of the materials. In the case of a hydraulic impact crusher, the hydraulic system ensures precise adjustments and improved operational efficiency.
Product Features:
1. By optimizing the liners and the specific rotor, the production efficiency in various application conditions is improved.
2. In addition, the contact surface between the plate hammers and the rotor is machined by finishing to eliminate the gap between the rotor and the plate hammers, thereby reducing the probability of breakage.
3. Improve the durability of wear parts such as hammers, counter plate liners, frame side guards, etc., and the reliability of crusher mechanical parts including shafts, bearings, etc.
4. Through the hydraulic opening device, operators can enter the crusher for inspection, maintenance, and replacement, making the equipment suitable for a variety of different application conditions. The impact crusher cavity is welded by structural steel plates to obtain higher strength. The hydraulic crusher system significantly contributes to easier maintenance and higher reliability.
5. The shapes of the finished product are cubes, without tension cracks, and the grain shapes are good. The incorporation of hydraulic systems in both the hydraulic crusher and the hydraulic impact crusher ensures consistent quality and performance across a wide range of materials and applications.
6.This is particularly beneficial in the context of a hydraulic crusher, hydraulic crusher offers enhanced control and safety.
Parameters of hydraulic crusher：
| Model | Working diameter of rotor (mm) | Effective width of rotor (mm) | Feeding port size (mm) | Capacity (mt/h) | Power (kW) | Weight (kg) |
| ZIC1010 | 1020 | 914 | 930x800 | 60-135 | 55-75 | 10300 |
| ZIC1012 | 1020 | 1143 | 1160x800 | 75-170 | 90-110 | 11500 |
| ZIC1408 | 1330 | 762 | 1065x778 | 76-173 | 55-75 | 11400 |
| ZIC1410 | 1330 | 914 | 1065x930 | 92-209 | 90-110 | 13900 |
| ZIC1412 | 1330 | 1143 | 1160x1065 | 116-261 | 132-160 | 16000 |
| ZIC1416 | 1330 | 1524 | 1540x1065 | 193-422 | 185-220 | 19500 |
| ZIC1420 | 1330 | 1848 | 1844x1065 | 250-548 | 220-250 | 22000 |
