1. Highly efficient separation, high productivity

Rapid flocculation and sedimentation:

• Use of highly effective flocculants, rapid aggregation of particles into flocs
• Floc sedimentation rate is tens to hundreds of times higher than that of individual particles
• Significant reduction in sedimentation time, increased processing efficiency

High productivity:

• The capacity of a single unit can reach several thousand cubic meters per day
• Adaptation to the needs of large-scale continuous production
• Meets the requirements of high-performance operations in mining, chemical, and other industries

Excellent separation effect:

• Thorough separation of solid and liquid phases, high concentration of underflow, clear overflow
• High solid recovery rate, reduced material loss
• High separation accuracy, meeting technological requirements

2. Increased concentration, reduced load on subsequent processes

High concentration underflow:

• Underflow concentration can reach 40-70%, significantly higher than conventional thickeners
• Rational design of compression zone, good thickening effect
• High solid content, convenient for subsequent processing

Reduced load on dewatering:

• Low moisture content in underflow, reducing workload on subsequent dewatering equipment
• Reduced processing pressure on filter presses, centrifuges, and other equipment
• Improved overall system efficiency

Cost savings in processing:

• Reduced investment and operating costs for dewatering equipment
• Lower energy consumption and reagent usage
• Shortened process, increased economic efficiency

3. Clean water, circular use

Excellent overflow water quality:

• Low suspended solids in overflow water, usually less than 50 mg/L
• Water is clear and clean, close to clean water standards
• Meets requirements for process water or discharge standards

High value of circular use:

• Clean overflow water can be directly reused in the production process
• Reduced fresh water addition, saving water resources
• Lower costs for water intake and wastewater discharge

Significant environmental benefits:

• Reduced wastewater discharge, decreased environmental pollution
• Compliance with environmental protection regulations
• Implementation of water resource recycling and sustainable development

4. Space saving, high efficiency in space utilization

High processing capacity per unit area:

• Use of highly efficient flocculation technology, high sedimentation rate
• Smaller equipment diameter for the same capacity
• Occupied area 30-50% less than traditional thickeners

Compact layout:

• Compact equipment design, high space utilization efficiency
• Adaptation to limited site conditions
• Reduced construction investment and site rental costs

Modular design:

• Flexible layout according to site conditions
• Convenient on-site installation and expansion
• Adaptation to production needs of various scales

5. Low energy consumption, economical operating costs

Use of gravitational sedimentation:

• Separation of solid and liquid phases mainly by gravity
• No need for high pump pressure or complex power systems
• Energy consumption significantly lower than pressure dewatering or centrifugation equipment

Low-power drive:

• Drive power of rakes is small, usually only a few kilowatts
• Slow rotation, low mechanical wear
• Low electricity consumption, economical operating costs

Reasonable reagent consumption:

• Accurate control of flocculant dosing
• Low reagent cost per unit of processing
• Optimized formulation, reduced reagent consumption

Low maintenance costs:

• Simple equipment design, few fast-wearing parts
• Low maintenance workload, convenient repair
• Long equipment service life, low overall costs

6. High automation, stability, and reliability

Fully automatic control:

• Equipped with PLC automatic control system
• Real-time monitoring of concentration, level, torque, and other parameters
• Automatic adjustment of reagent dosage, unloading speed, etc.

Intelligent control:

• Start and stop with one button, simple operation
• Automatic fault diagnosis and alarm
• Remote monitoring function, real-time control of operating status

Reduction of manual intervention:

• Continuous automatic operation, no maintenance personnel required
• Reduction of labor intensity and labor costs
• Improved work safety

Stable and reliable operation:

• Mature technology, reliable equipment
• Smooth equipment operation, low failure rate
• Ensuring production continuity, reducing losses from downtime

7. High adaptability, wide application

Applicability to various materials:

• Suitable for processing ore pulp, slime, sludge, and other materials
• Can process solid particles of various sizes and densities
• Widely used in mining, metallurgy, coal, chemical, environmental protection, and other industries

Flexible configuration:

• Various models can be selected depending on material properties
• Diameter from several meters to over one hundred meters
• Capacity from several to several thousand cubic meters per hour

Good technological adaptability:

• Can be used in conjunction with other technological equipment
• Adaptation to fluctuations in concentration and particle size of the loaded material
• Compliance with the requirements of various technological processes

Custom design:

• Providing targeted technical solutions
• Equipment design according to customer requirements
• Ensuring perfect equipment fit to site conditions