Horizontal Shaft Impactor

These crush rock by striking it with blow bars or hammers that are mounted to the outside of a rotating rotor. Here, the rotor shaft is positioned in accordance with Vertical axis The material that is being fed into the machine abruptly collides with the rotating hammers of the rotor, shattering the material, which is then further broken by being thrown against the breaking bar/anvils. These are utilised for the extracted materials, such as sand, gravel, etc., and have a reduction ratio of around 10:1 to 25:1. Here, the feed material is crushed by extremely forceful impacts produced by the fast rotating movement of hammers or bars mounted to the rotor.As the particles impact with the crusher's components and with each other within the crusher, they are subsequently crushed, creating finer, improved product form. The output's size and form may be altered by varying the separation between the impact frame and rotor frame. Compared to conical or jaw crushers, an impact crusher breaks up the material in a shorter amount of time. Therefore, unlike the relatively gradual breaking that happens due to compression or shear in other types of crushers, the nature and amplitude of forces as well as the energy wasted owing to impact breakage are different here. Compared to conical or jaw crushers, an impact crusher breaks up the material in a shorter amount of time.Therefore, unlike the relatively gradual breaking that takes place owing to compression or shear in other types of crushers, the nature and degree of forces as well as the energy wasted due to impact breakage are different in this situation.