How many tons of rock can a sand and gravel crushing plant process in a day?

How many tons of rock can a sand and gravel crusher process in a day? It depends on the type. Sand and gravel crushers can be categorized into primary crushers and secondary/tertiary crushers based on their structure and output, and into jaw crushers, impact crushers, and cone crushers based on their type. Here is a detailed introduction:

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1. Jaw Crusher

The jaw crusher is a primary crushing machine primarily used to crush materials of various hardness levels, such as granite, marble, basalt, limestone, quartzite, river pebbles, iron ore, and copper ore. It boasts a powerful production capacity, capable of processing 160–1,510 tons of material per hour, with a wide feed size range from 0 to 1,280 mm. This equipment primarily crushes material through compression between two jaw plates. It features a simple structure, stable operation, and reliable performance. Due to its outstanding performance and wide applicability.

2. Impact Crusher

The impact crusher is a device designed for crushing soft materials, with a wide hourly processing capacity ranging from 250 to 2,000 tons. It can handle raw materials of various sizes, with a maximum feed size of 1,300 mm. Impact crushers are typically used as downstream equipment following jaw crushers for medium and fine crushing operations. They deliver excellent crushing results with superior product particle shape, making them highly suitable for aggregate plants with stringent output requirements for sand and gravel, such as those serving construction and infrastructure projects.

3. Cone Crusher

Cone crushers are also classified as secondary crushing equipment. They are better suited for crushing high-hardness materials, with an hourly processing capacity of 45–2,130 tons and a feed size of 0–370 mm. Although the final product contains some needle- and flake-shaped particles, it is still perfectly acceptable for projects with less stringent sand requirements. When used as secondary crushing equipment upstream of a sand-making machine, the results are excellent, as it balances high output with the production of construction aggregates featuring superior particle shape.