Fine Sand Recovery Machine
The pump transports the sand-water mixture to the hydrocyclone, where the fine sand is classified and concentrated through centrifugal separation. The fine sand is then supplied to the vibrating screen through the sediment outlet, where it undergoes dewatering, effectively separating fine sand from water. A small amount of fine sand and mud is returned to the washing tank via the return box, and when the liquid level in the washing tank is too high, it is discharged through the outlet. The linear vibrating screen recovers the material with a weight concentration of 70%-85%. The fineness modulus can be adjusted by changing the pump speed, altering the slurry concentration, adjusting the overflow water volume, or replacing the sediment outlet. This process completes the functions of washing, dewatering, and classification.
- 30-500 t/h (tons per hour)
- 7.5-65 kW (kilowatts)
- sale3@olivetech.cn
- 0086 16638156296
- Information
- Video
Fine Sand Recovery Machine
⊙Product introduction
The fine sand recovery machine is designed to efficiently recover fine sand from the wastewater generated during the sand washing process. Utilizing a combination of hydrocyclone and vibrating screen technology, this machine effectively separates fine particles from water, ensuring minimal loss of valuable sand. Its compact structure and energy-efficient operation make it ideal for use in various industries, including construction, mining, and aggregate production. The fine sand recovery machine not only enhances the overall efficiency of sand production but also helps in environmental conservation by reducing water waste and preventing sedimentation.
⊙Features
High Efficiency: Utilizes advanced hydrocyclone technology to effectively separate fine sand from wastewater, maximizing sand recovery rates.
Energy-Saving Design: Engineered for low energy consumption, making it a cost-effective solution for sand recovery.
Compact Structure: Its space-saving design allows for easy installation and integration into existing sand washing plants.
Durable Construction: Built with high-quality materials to ensure longevity and reliability under various operating conditions.
Adjustable Recovery: Features adjustable settings to optimize the recovery of fine sand, allowing for flexibility in processing different materials.
⊙Product Parameters
| Model | Water pump(mm) | Drainage screen | |||||
power (kw) | Material | Separator specification (mm) | Material | Power (kw) | Handling capacity (3m³/h) | Weight (kg) | |
| LZ250 | 7.5-11 | Cr26 | 250 | Imported polyurethane | 2*0.55 | 30-80 | 2050 |
| LZ300 | 11-15 | Cr26 | 300 | Imported polyurethane | 2*0.75 | 40-100 | 2200 |
| LZ350 | 15 | Cr26 | 350 | Imported polyurethane | 2*0.75 | 70-130 | 2555 |
| LZ550 | 15-22 | Cr26 | 550 | Imported polyurethane | 2*1.1 | 100-220 | 3250 |
| LZ650 | 18.5-30 | Cr26 | 650 | Imported polyurethane | 2*1.1 | 120-272 | 3945 |
| LZ750 | 37-55 | Cr26 | 750 | Imported polyurethane | 2*1.5 | 180-350 | 4900 |
| LZ900 | 55-65 | Cr26 | 900 | Imported polyurethane | 2*2.2 | 250-500 | 5650 |
⊙Application Field
The fine sand recovery machine is widely used in various industries, including construction, mining, and environmental protection. It effectively recovers fine sand from wastewater, making it ideal for applications in sand and gravel production, concrete manufacturing, and quarry operations. Additionally, it is utilized in the recycling of materials from dredging projects and for managing sedimentation in wastewater treatment plants, contributing to sustainable practices and resource conservation in multiple sectors.
⊙Machine Structure and Working Principle
The fine sand recovery machine operates by using a combination of a slurry pump and a cyclone separator. The pump transports the sand-water mixture to the cyclone, where centrifugal forces separate fine sand from water and impurities. The concentrated fine sand is then discharged through a discharge port, while excess water is removed to ensure effective separation. The machine typically includes a vibrating screen to further dewater the sand and facilitate efficient recovery. This system allows for adjustable parameters to optimize the recovery process, ensuring high efficiency and performance in various applications.
⊙Customer case
One notable case involving our fine sand recovery machine took place in a large aggregate production facility in Australia. The client faced challenges with sand loss during their washing process, resulting in significant material waste and increased production costs. After implementing our fine sand recovery machine, they achieved a remarkable 80% recovery rate of fine sand, effectively minimizing waste and improving overall efficiency. The cyclone separator and vibrating screen worked seamlessly together to ensure optimal sand quality and consistency. As a result, the client not only reduced operational costs but also enhanced their competitive edge in the market. The success of this installation has led to the client expressing interest in additional equipment to further streamline their production processes.
