Aggregate is a type of granulous jaw crusher for slag crushing bulk material that plays a role of framework or filling in the concrete. It can be divided into coarse aggregate and fine aggregate. The former includes river cobble, broken stone and waste residue, and the latter includes fine sand and coal ash, and the aggregate plays a significant role in the construction industry.
The major types of aggregate crusher include jaw crusher, precautions for sand making equipment and cone crusher. The three types of aggregate crushers have the features of big crushing ratio, even product granularity, simple structure, reliable working condition, convenient repair and economic operational fees and are mainly used for the medium and fine crushing of all kinds of medium hard rocks and ores in the industries of metallurgy, mining, chemistry, cement, building, refractory, ceramics and other industrial departments.
Aggregate cone crusher
Aggregate cone crusher embrace spring cone crusher, hydraulic cone crusher and economical hydraulic cone crusher, etc. In aggregate crusher Plant, primarily on aggregate crusher or finely school assignment. Cone crusher is appropriate for the finely platts hardness five ~ sixteen or less all told types of ores and , like ore, non-ferrous metal ore, granite, limestone, quartzite, sandstone, pebbles, etc. , finely school assignment of the uniformity of discharging roughness, usually above coarse crushing necessities, therefore, at very cheap of the crushing cavity shall found out a parallel region, at identical time, still should speed up the cycle of crushing cone, to aggregate within the parallel zone extruded by quite once. Finely school assignment of crushing a lot of coarse crushing school assignment, thus his crushing loose volume contains a larger increase. to forestall crushing cavity could cause obstruction, while not increasing the discharge port in situ to make sure that the specified beneath the premise of discharging roughness, should by crushing the diameter of the cone bottom to extend the full discharge section.