Configuration plan for river pebble sand production line

A river pebble sand production line is used to process and produce sand from river pebbles, which is commonly used in construction, landscaping, and other industries. The production line typically includes crushing, screening, and washing stages to process the river pebbles into sand. Here's an example configuration plan for a river pebble sand production line:

1. Primary crusher: A jaw crusher , such as a PE 750 x 1060 model, can be used as the primary crusher to break the river pebbles into smaller particles. This crusher can process up to 400 tons per hour (tph).

2. Secondary crusher: A cone crusher, such as an HP 200 model, can be used as the secondary crusher to further process the material. This crusher has a capacity of around 200-300 tph, depending on the specific model and configuration.

3. Screening equipment: After the primary and secondary crushing stages, screens are used to separate the crushed material into different particle sizes. You might need several screens with different mesh sizes, such as a 10-30 mm screen and a 30-60 mm screen. The required screening capacity will depend on the desired output size and production rate.

4. Sand washing equipment: A sand washing machine, such as an LSX spiral sand washer, is used to remove any impurities and improve the quality of the river pebble sand. This equipment uses water to wash and clean the sand, removing dust and other impurities.

5. Drying equipment (optional): If the washed sand needs to be dried, you can include a drying unit in the production line. This can be a simple conveyor belt dryer or a more advanced rotary dryer, depending on your requirements.

6. Storage and conveyance equipment: Conveyor belts and storage bins are needed to transport and store the crushed river pebbles and sand between the different stages of the production line.

7. Control system: A central control system is essential to monitor and adjust the operation of the entire production line. This can be a basic panel-mounted system or a more advanced automated control system.

Please note that these are general recommendations, and the specific equipment chosen for your project should be based on your material properties, desired output size, and production capacity requirements. It's important to consult with a professional manufacturer or supplier to ensure that you choose the most suitable equipment for your needs.