Core process and equipment configuration scheme for a 150-ton/hour hard stone (granite/basalt) crushing production line.

Baichy offers a comprehensive range of rock crushers covering the entire process—from primary jaw crushing to secondary/tertiary cone or impact crushing, and finally VSI sand making and shaping—enabling a single-supplier solution for the entire production line. Production capacities are rated based on limestone (1.6 t/m³), and free trial crushing is available prior to contract signing to ensure accvvvvvvvvvuracy and eliminate inflated specifications; wear parts are stocked domestically with a 7–15 day delivery lead time.

Designed for the Brazilian market, this 200 tph basalt crushing production line employs a process featuring primary crushing via jaw crusher, secondary and tertiary crushing via two cone crushers operating in parallel, and a closed-circuit setup with a four-deck vibrating screen; it simultaneously produces four grades of finished aggregate: 0–5 mm, 5–10 mm, 10–20 mm, and 20–40 mm.

Rock crushing plants are core facilities in the mining and construction industries, used to break large rocks into sand and gravel aggregates of varying sizes. This article details their operating principles, key equipment, and production processes to help you efficiently plan your stone processing projects.

Jaw Crusher Working Principle: The movable jaw and fixed jaw cyclically compress and crush ore. It features a high crushing ratio and a reliable structure, making it suitable for the primary crushing of hard rocks such as granite, iron ore, and river pebbles. Includes PE series specifications and global case studies.

There are obvious differences between cone crusher and jaw crusher in working principle, application occasions, performance characteristics, feed size, production capacity, price and maintenance.

Impact crushers use impact force – as the name implies – to crush rocks and minerals into smaller sizes as opposed to pressure force used in, for example, jaw crushers. Impact crushers can be used in primary or secondary crushing applications and construction and demolition waste recycling.

This article provides a comprehensive maintenance guide for cone crusher hydraulic systems. It covers daily inspections, regular maintenance procedures, key points for cavity cleaning and iron removal, and diagnosis and troubleshooting of common faults (such as unstable pressure and excessive oil temperature). Following this guide can effectively extend equipment life and ensure stable production.