Mining Crusher Systems
Engineered to minimize material loss and maximize recovery rates in
mineral processing operations
Product Overview
If you are troubled by serious fine sand loss, low finished sand
dryness, frequent screen mesh blockage and low resource utilization
in sand washing and tailings production, our high frequency
vibrating screen is your ideal production upgrading solution. This
upgraded fine material processing equipment abandons the defects of
traditional screening equipment such as low frequency, large
amplitude and easy material accumulation. It adopts advanced
high-frequency micro-amplitude vibration technology, which can
efficiently break the adhesion of wet fine sand and mud, realizing
one-stop fine sand recovery and material dewatering.
The equipment can effectively capture ultra-fine particles of
0.045mm and above, greatly reducing fine sand loss in tailings
sewage and turning waste tailings into high-value finished sand.
With automatic screen self-cleaning function, it eliminates
frequent shutdown cleaning caused by mesh blockage, improving
production continuity. The compact and efficient design saves
workshop space and energy consumption, effectively reducing
production and maintenance costs and significantly improving the
overall economic benefits of sand washing and mineral processing
plants.
Working Principle
Equipped with a dedicated high-frequency vibration motor, the
screen surface generates stable high-speed micro-amplitude
vibration. After wet mixed materials enter the screening area, the
high-frequency vibration force quickly disperses stacked and
adhered fine particles, realizing rapid stratification of sand,
water and mud. High-quality fine sand particles penetrate the
screen mesh smoothly for recycling and collection, while mud,
sewage and useless impurities are automatically separated and
discharged.
The continuous vibration of the screen mesh keeps each screen hole
unobstructed all the time, completely solving the blockage problem
of wet fine materials. It ensures continuous and efficient fine
sand recovery and material dewatering, effectively improving
finished sand quality and resource recovery rate.
Product Image
Technical Specifications
| Model | Feeding Channels | Screen Size (mm) | Effective Screening Area (m²) | Separation Particle Size (mm) |
|---|
| GPS-900 | 3 | 900*700 | 1.66 | 0.045-2.0 |
| GPS-1400-3 | 3 | 1400*700 | 2.58 | 0.045-2.0 |
Core Advantages
- Efficient High-frequency Separation Technology: Micro-amplitude high-frequency vibration thoroughly disperses wet
sticky fine materials, realizes precise separation of fine sand and
mud water, and solves the long-standing problem of difficult wet
fine material screening.
- High-value Dewatering & Recovery: Excellent dewatering performance reduces material moisture content
to meet sales and dry stacking standards. The ultra-high fine sand
recovery rate effectively reduces resource waste and increases
finished sand output.
- Zero-blocking Automatic Operation: Real-time screen self-cleaning function avoids material adhesion
and blockage, no need for frequent manual cleaning, saves labor
costs and improves production efficiency.
- Energy-saving & Space-saving Design: Compact structure occupies less workshop space, with higher unit
output efficiency and lower energy consumption than traditional
equipment, reducing long-term operating costs.
- Improve Overall Plant Benefits: Effectively recycle waste fine sand resources, improve finished
product quality and output, reduce tailings discharge pressure, and
bring significant economic and environmental benefits to
enterprises.
Application Scope
Ideal for sand washing plant fine sand loss recovery, mine tailings
dewatering and dry discharge environmental protection treatment,
fine ore particle sorting, construction waste recycled sand
purification and various wet fine material resource recovery
projects.
Frequently Asked Questions
Q1: What economic benefits can high frequency screen bring?
A1: It greatly improves fine sand recovery rate, reduces resource
waste, improves finished sand quality, avoids shutdown blockage
failures, saves labor and energy costs, and comprehensively
improves plant economic benefits.
Q2: Why choose high frequency screen for wet fine material
processing?
A2: It has professional high-frequency vibration anti-blocking
technology, excellent dewatering effect and ultra-high fine
particle screening accuracy, which is far more suitable for wet
fine materials than ordinary vibrating screens.
Industrial Linear Motion Vibrating Screen With Dual Motor Anti Blocking Design
