Silica Scrubbing Machine

Details Introduction

LZZG silica scrubbing machine features an efficient impeller design that precisely controls turbulence to achieve effective attrition scrubbing. It maximizes the removal of surface films, coatings, and slimes without reducing particle size. The incoming materials undergo multiple washing cycles to ensure optimal cleaning performance, significantly enhancing product value and increasing the recovery rate of viable material.

The LZZG silica scrubbing machine is primarily used for processing glass sand, fracturing sand, ore, clay, iron ore, and other products with stringent requirements for color and turbidity.

Working principle
During operation, mixed materials first enter the scrubbing unit for thorough friction and washing. Two opposed shaft-mounted turbine impellers generate counter-flowing slurry, creating high-impact collisions between particles. The ideal solid concentration ranges from 70% to 80%, depending on the specific mineral characteristics. Multiple friction units can be connected in series based on material properties.

Scrubbed overflow materials then enter the impeller sand washer for secondary cleaning, after which the washed clean materials proceed to the dehydration area. Typically, hydrocyclones are also employed to recover fine materials from the overflow, maximizing overall yield and benefits.

Features
1. Simple equipment structure and small floor area;
2. Efficient impeller design, high washing efficiency;
3. Multiple cleaning, good product turbidity and high product quality;
4. Use the interaction between particles to scrub and decompose mud and reduce equipment wear;
5. Maximize the recovery rate.