Suitable for quartz sand, potassium-sodium feldspar, and similar materials. By adopting reasonable process equipment, it significantly reduces power consumption and achieves zero discharge of wastewater and dust. It offers the advantages of high output and stable, reliable processes.

What are the product advantages of the glass sand wet production line?
1. The process is mature, energy-efficient, and environmentally friendly. By adopting reasonable process equipment, it significantly reduces electricity consumption and achieves zero discharge of wastewater and dust.
2. The equipment is easy to operate with a relatively high degree of automation. The production line process is meticulously designed, utilizing an advanced circuit control system, which not only saves labor but also lowers the operational threshold of the production line.
3. High output and a relatively high sand-forming rate. The entire production process goes through multiple stages, which not only improves the efficiency of the production line but also reduces the loss of raw ore and controls the overall content.
4. High product quality, effectively reducing the iron content in the product, with extensive production line experience, and the entire process minimizes contamination caused by processing.

The general process flow for the wet production of high-purity quartz sand is: "Raw ore—coarse crushing—medium crushing—pre-screening—grinding—desliming—coarse particle classification—desliming—plate magnetic separator roughing—vertical ring high-gradient magnetic separator cleaning—fine particle classification—dewatering."
Production process: A forklift feeds raw ore into the hopper, with a conveyor placed at the rear of the hopper. The raw ore exiting from the rear is evenly fed by the conveyor through a vibrating feeder into the jaw crusher (primary crushing) directly below for initial crushing. Then, the coarse material produced is transported by a conveyor to a fine crusher for further crushing. The crushed stone material enters a vibrating screen, which separates it into two different sizes of stones and gravel. Oversized stones are returned to the fine crusher for another round of crushing. The material passing through the screen enters a rod mill. The material discharged from the rod mill is classified by a cylindrical screen, with the oversize material returning to the rod mill. The material passing through the screen enters a hindered settling classifier and a hydraulic classifier for classification. After classification, the finished product undergoes iron removal using a high-intensity plate magnetic separator and a vertical ring high-gradient strong magnetic separator. The de-ironed fine sand is dewatered in a desliming tank and then pumped into the fine sand storage.