1. Advanced equipment: The fracturing sand production line has the characteristics of high production efficiency, fully automated control, and no dust pollution.

2. Automated production: The dust removal system of the oil fracturing sand production line adopts the design of an automated control system, and the dust removal effect meets the standard.

3. The entire production line process achieves material washing, tail water purification, and dry discharge of solid waste, achieving zero discharge.

4. Investment saving: The production line adopts advanced process technology, with low investment, high output, low pollution, and the principle of resource utilization, reduction, and harmless disposal of waste materials.

5. Strong targeting: For oil fracturing sand research and development production lines, equipment can be configured according to customer needs.

Process flow: raw ore → pre selection and screening → scrubbing → desliming → coarse particle classification → fine particle classification → magnetic separation → concentration → dewatering screen → dryer → screening → finished product

The list of equipment required in the oil fracturing sand production line includes: feeder, jaw crusher, sand making machine, vibrating screen, sand washing machine, zero discharge treatment of tail water, belt conveyor, etc

The oil fracturing sand production line newly developed and produced by Pioneer Vibration has advantages such as large output, high efficiency, stable operation, and round product particle size. Our company specializes in customizing sand and gravel production lines such as quartz sand, silica sand, kaolin, potassium sodium feldspar, etc. Our company has been engaged in the design and production of mineral processing equipment products for many years and has accumulated rich experience in design and production. The enterprise has had a positive impact in the mineral processing equipment industry, creating excellent brands.

Fractured sand is stored in the silo and screened through a linear vibrating screen. The screened sand with a size greater than 20 mesh is extracted separately 20 objects are subjected to magnetic separation through a magnetic separator, and then enter a scrubbing machine for washing. The material is thoroughly stirred and washed through the scrubbing machine, and the cleaned sludge enters a secondary magnetic separation operation. The sand after this magnetic separation is cleaned and dehydrated in the sand washing machine, separated by an impeller separator, and then enters the lower dehydration screen for dehydration treatment. The wastewater overflowing from the cleaning box (containing a large amount of fine sand, mud, dust, and other impurities). The separated sand material, after being thickened by the trihydrogen purification body, flows into the mud transfer tank by gravity. It is then extracted by a dedicated pump of the filter press and fed into a box type filter press. After being filtered by the filter press, it becomes a mud cake and is discharged. At the same time, the overflowing water from the trihydrogen purification body and the water filtered by the filter press flow back to the water transfer tank, thereby achieving solid waste dry discharge treatment and water resource recycling and reuse.