Side plates and rivet holes are formed in one cut using a high-precision laser cutting machine, ensuring high manufacturing accuracy
Riveted connections are used instead of welding, eliminating welding stress. This results in a machine with high overall strength and a long service life.
The crossbeam adopts a rectangular hollow structure. After welding, the entire structure undergoes stress-relief treatment. This design ensures a high safety factor and superior strength
The lower crossbeam's surface, which comes into contact with materials, is coated with polyurea or bonded with TIPTOP high-wear-resistant rubber. This provides the crossbeam with excellent impact resistance, corrosion resistance, and wear resistance
The vibration exciter beam features a flexible box-shaped design, capable of withstanding the high excitation force of the vibration exciter. The reinforced flange of large vibration exciters is specially designed to enhance vibration intensity
The vibration exciter uses an oil-lubricated box-type design, equipped with high-performance self-aligning roller vibration-specific bearings from SKF and FAG. A multi-seal structure is designed to prevent foreign objects from entering the vibration exciter. High-precision, heavy-duty helical gears and splash lubrication ensure stable and reliable quality, long trouble-free operation, and minimal maintenance.
The screen machine consists of multiple screen sections. The screen angle gradually decreases from the feed end to the discharge end. During operation, the larger angle at the feed end allows materials to accelerate rapidly and stratify quickly upon entering the screen surface. A significant amount of material smaller than the screen aperture fully contacts the screen and passes through efficiently. At the discharge end, the gentler angle slows down the material movement, ensuring thorough screening of the remaining material and greatly improving screening efficiency
The screen plates feature a modular design, offering strong versatility and short delivery cycles
Vibration-damping springs are seat-mounted steel spiral compression springs, providing high load capacity, excellent damping performance, and a long service life
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Model |
Screen Plate |
Max. Input Size |
Capacity |
Electrical Motor |
|||
Layer(s) |
Area(m2) |
Mesh Size(mm) |
(mm) |
(t/h) |
Power(kw) |
Qty(pcs) |
|
ZXF2461 |
1 |
14.64 |
0.5-80 |
300 |
40-550 |
37 |
1 |
2ZXF2461 |
2 |
14.64×2 |
0.5-80 |
300 |
40-650 |
45 |
1 |
ZXF3061 |
1 |
18.3 |
0.5-80 |
300 |
60-650 |
45 |
1 |
2ZXF3061 |
2 |
18.3×2 |
0.5-80 |
300 |
60-750 |
55 |
1 |
ZXF3661 |
1 |
21.96 |
0.5-80 |
300 |
80-850 |
55 |
1 |
2ZXF3661 |
2 |
21.96×2 |
0.5-80 |
300 |
80-950 |
75 |
1 |
ZXF4361 |
1 |
26.23 |
0.5-80 |
300 |
100-1200 |
55 |
1 |
2ZXF4361 |
2 |
26.23×2 |
0.5-80 |
300 |
100-1300 |
75 |
1 |
Note: The aforementioned data is for reference only and should not be construed as a natural commitment from the equipment supplier; due to significant variations in rock or ore, the actual production results may differ considerably from the data presented in the table. For specific applications, please contact the Technology Center of Zhenyuan Technology.