disadvantages of gyratory crushers

One advantage of a gyratory crusher is that it has a higher capacity for crushing rocks and minerals than other types of crushers. Additionally, the gyratory crusher is capable of producing a more uniform product size than a jaw crusher. However, there are also some disadvantages associated with using a gyratory crusher.

In mining, the most important criteria for effective crushing of ores is to choose the type of crusher that suits the rock (ore) material, and to ensure uniform feed. Gyratory crushers are known for their high production rates, with a higher capacity than a jaw crusher.

Gyratory crushers are generally designed for high-capacity crushing, whereas cone crushers are more efficient at smaller, finer types of material. This is due to the design of the crushing chamber and the way that the material is compressed in the chamber.

(1) Big depth of the crushing chamber, continuous work, high production capacity and low unit electricity consumption. Compared with the jaw crusher, the gyratory crusher has the same ore feeding width, but the production capacity of the gyratory crusher is much higher and the electricity consumption per ton of rocks is 0.5~1.2 times lower.

Gyratory crushers are known for their high production rates, with a higher capacity than a jaw crusher. In order to get cubical material out of a gyratory crusher, it should be choke fed. Gyratory crushers are not suitable for crushing clay, as clay will clog the crusher. Construction and Working of Gyratory Crushers

The gyratory crusher operates by means of a gyrating mantle, which gyrates continuously against a stationary concave surface. The main components of a gyratory crusher include the mantle, the concave surface, and an eccentrically mounted rotating shaft. The mantle is located on the top of the shaft and is connected to it via a series of arms.