The sawtooth wave jig separator in the gravity separation equipment is an efficient, energy-saving and environmentally friendly mineral processing equipment. It plays an important role in the field of mineral processing, especially in the mineral processing of fine-grained minerals. The following is a detailed introduction to the sawtooth wave jig: Equipment overview: The unique sawtooth wave working waveform of the Sawtooth Wave Jig is formed. Its waveform is characterized by first rising straightly and then falling steeply, then rising again and then falling steeply, and so on. It uses water as the mineral processing medium to sort useful minerals and gangue according to the difference in specific gravity (density). The equipment has the characteristics of compact structure, compact structure, simple and convenient operation, etc. working principle: The sawtooth wave jig is based on the traditional jig and is qualified and improved according to the hierarchical rules of jig theory. Its jig pulsation curve is jagged, making the rising water flow faster than the falling water flow, with a shorter rise time and a longer fall time. This design improves the looseness of the bed, weakens the suction effect, and allows the heavy mineral particles in the mineral to fully settle, thus improving the mineral processing capacity and recovery rate.
Jig machine Technical features: Compared with the sine wave jig, the sawtooth wave jig has improved mineral processing efficiency. For example, the recovery rates of Sn, W, Pb, Zn and other minerals have increased by 3.01%, 5.5%, 1.63%, and 2.04% respectively. . Water consumption is reduced by 30-40%, and the floor space is reduced by 1/3. The stroke is adjustable and can be adjusted steplessly due to the dragging effect of the electromagnetic adjustment motor. Application areas: Sawtooth wave jig is widely used in the beneficiation of various metallic and non-metallic minerals, especially suitable for the beneficiation of fine-grained minerals. Mainly used for beneficiation of tungsten, tin, gold, iron, manganese, titanium, adze, chromium, sulfur and other minerals. At the same time, it is also used to recover alloy particles from smelting slags such as manganese slag, chromium slag, and stainless steel slag, as well as metal recovery and tailings treatment in mine beneficiation tailings.
Instructions: Before use, adjust the stroke, stroke and spring, and check the power supply voltage and wiring. During operation, you need to turn on the water supply switch first, and then adjust the water supply amount according to the mineral processing requirements after filling it with water. When starting the motor, you need to first turn the electromagnetic speed regulator counterclockwise to the minimum, and then gradually increase it after the motor stabilizes. The ore concentration, the nature of the ore and the strokes of the water flow are key factors that affect the separation effect and need to be strictly controlled.
