Product Introduction
The Kaiyun jig, an efficient gravity separation device based on the differences in mineral density, features an innovative conical sliding valve design that significantly reduces failure rates and energy consumption.
The Kaiyun jig is highly adaptable to various material separation needs, greatly enhancing processing capacity.
Widely used in the separation of gold, tin, tungsten, titanium, iron, manganese, coal, and other mineral resources, it demonstrates stability and reliability even under complex operating conditions.
Table of Contents
Advantages and Features
Intelligent Adjustment and High Efficiency
The Kaiyun jig utilizes an electromagnetic adjustment motor to achieve stepless regulation of the stroke, ensuring optimal performance under various operating conditions and improving separation precision and efficiency.
Wide Processing Range
Capable of handling both fine and coarse materials, the Kaiyun jig offers extensive applicability and flexibility, meeting the separation needs of different ores.
High Processing Capacity and Compact Footprint
With exceptional processing capacity and a compact design, the Kaiyun jig delivers efficient material processing within a limited space, providing outstanding performance per unit area and saving valuable site resources for users.
Working Principle
The Kaiyun jig operates based on the bed pulsation theory, utilizing an optimized pulsation curve design to achieve precise water flow control. The sawtooth waveform pulsation curve ensures that the upward water flow speed is higher than the downward flow speed.
Additionally, the rise time is short while the fall time is long, overcoming the limitations of traditional sine wave pulsation jigs, where the water flow effect times and intensities are the same.
This improved water flow pattern enhances the looseness of the bed layer and reduces the suction effect, providing ample settling opportunities for heavy mineral particles in the ore.
This significantly boosts the equipment’s concentration ratio and recovery rate, ensuring efficient utilization of mineral resources.
Technical Parameters
| Model | Jig chamber shape | Area (㎡) | Diaphragm stroke (mm) | Diaphragm stroke times (n/min) | Feed particle size (mm) | Water supply under the screen (m³/t) | Water supply pressure (MPa) | Capacity (t/h) | Motor power (kw) | Dimensions (mm) | Weight (kg) |
| JT-0.57 | T | 0.57 | 8.5~12 | 80~180 | <6 | 1~2 | >0.05 | 1.5~3 | 1.5 | 1550*780*1530 | 610 |
| JT1-1 | T | 1.04 | 10~17 | 80~180 | <10 | 2~3 | >0.05 | 2.5~5 | 2 | 2270*1110*1890 | 900 |
| JT2-2 | R | 2.28 | 12~21 | 80~180 | <10 | 2~4 | >0.05 | 5~10 | 2 | 3225*1550*2050 | 1640 |
| JT3-1 | T | 3 | 12~30 | 50~125 | <10 | 3~6 | >0.05 | 7.5~15 | 5.5 | 2745*2000*3030 | 3085 |
| JT4-2 | R | 4 | 25~57 | 50~125 | <25 | 4~8 | >0.05 | 8~20 | 7.5 | 4240*1990*2750 | 3098 |
| JT4-2A | R | 4 | 25~57 | 50~125 | <25 | 4~8 | >0.05 | 8~20 | 4*2 | 4240*1990*2750 | 3500 |
| JT5-2 | T | 4.86 | 12~30 | 50~125 | <10 | 3~6 | >0.05 | 12~25 | 7.5 | 3600*2000*2600 | 4500 |