Electric All In One Sand Making Equipment With Customizable Color

Product Specification

Fine Sand Washer, Recycling and Dewatering All-in-one Integrated Equipment

Product Introduction:

The capacity of a wheel sand washer can vary depending on the model and design specifications. Typically, the capacity of a wheel sand washer is measured in terms of the volume of sand or material it can process within a specific time frame.

Wheel sand washers can have a wide range of capacities, ranging from small units suitable for domestic use to large industrial-scale machines used in mining or construction applications.

Industrial-grade wheel sand washers used in mining and construction sites can have capacities ranging from tens of tons per hour to several hundred tons per hour, depending on the size and design of the equipment.

For specific capacity requirements, it is best to refer to the manufacturer's specifications for the particular wheel sand washer model in question.

Several factors can influence the capacity of a wheel sand washer besides its size. Some of the key factors include:

1, Rotation Speed: The speed at which the impeller rotates can impact the cleaning and processing efficiency of the wheel sand washer. Higher rotation speeds can enhance the cleaning process and throughput.

2, Water Flow Rate: The rate at which water is supplied to the washer can affect its capacity. Sufficient water flow is essential for effective cleaning and material transportation within the washer.

3, Material Feed Rate: The rate at which material is fed into the washer can determine how much material the washer can process within a given time frame.

4, Particle Size and Composition: The size and composition of the material being washed can influence the capacity of the washer. Fine or lightweight materials may require more time for thorough cleaning, affecting the overall processing capacity.

5, Operating Conditions: Factors such as the level of material contamination, the presence of clay or sticky substances, and the overall cleanliness of the material being processed can impact the efficiency and capacity of the wheel sand washer.

6, Maintenance and Wear: The condition of the washer's components, such as the impeller, bearings, and screens, can affect its performance and capacity. Regular maintenance and replacement of worn parts are essential to ensure optimal operation.

7, Design Efficiency: The overall design and engineering of the wheel sand washer, including the configuration of the impeller, the size of the washing chamber, and the arrangement of water jets, can influence its capacity and cleaning effectiveness.

Considering these factors alongside the physical size of the wheel sand washer can help determine its overall capacity and efficiency in processing sand and other materials.

Product Structure:

The sand washing and recycling dewatering integrated machine is mainly divided into the sand washing section and the fine sand recovery section. The sand washing section performs functions similar to a typical wheel-type sand washer, used for washing, dewatering, and desliming. The recovery section can be customized based on customer needs. For fine sand recovery, a standard fine sand recovery system can be connected, while for fine sand dewatering recovery, a dewatering type fine sand recovery machine can be linked. Different sand output requirements can be met by configuring multi-layer dewatering screens.

Product Advantages:

• Combines the advantages of sand washing and fine sand recovery machines, offering water washing, fine sand dewatering, and recovery functions.
• Features a rational structure, small footprint, simple installation, and lower investment costs compared to two separate units.
• Can be tailored to specific requirements.
• Cleans materials more thoroughly than traditional sand washers, improving sand quality and price.
• Higher operational efficiency, lower energy consumption, and environmental friendliness.
• Long service life with low maintenance costs.

Technical Parameters: