Industrial Crushers

Impact crushers use the impact force to crush the materials. The feed materials are first crushed by the rotating bars and then the crusher materials are thrown against the breaker plates for secondary crushing. We ensure that speed of the rotor cooperate with the speed of the feed material to avoid unnecessary and unwanted wear of material. According t the outstanding performance of the impact Crusher, the machine can achieve the reduction ratios of 10:1 to 20:1.

Key Features of Impact crusher are :

• Heavy duty rotor design,
• Unique hammer locking system,
• Interchangeable wearing parts, and easy maintenance.
• This series impact crushers provide customers low capital cost solutions, outstanding performance, good cubical shape, lowest operation cost per ton, and wide materials applications.

Jaw crushers are typically used as primary crushers, or the first step in the process of reducing the material (produd). The material is dropped between two rigid pieces of rnetal, one of which then moves inwards towards the material, and then it is crushed because it has a lower breaking point than the opposing metal piece. The actual metal that contacts the material is made of a manganese alloy.

Details : Jaw crushers use the compression force to break down materials. When the material is poured into the chamber and fall though chamber, it will be crushed 2 to 4 times. The reduction ratio of this machine is about 6:1.

Hammer Crusher  has a large feed inlet and high crushing capacity, the equipment is applicable for hard and large materials. The materials are suspended and the power consumption for crushing is I. The hammer crusher gives a great impact to the material for best results. The hammer axle is adjustable, and the hammer has a long service life. Gap between the gratings are adjustable to change grain size of the discharge, so as to meet different requirements of the customers

Lime Stone Crusher  is the widely used as primary crusher machine for crushing process. Limestone crusher is needed to crush the large limestone into small particles in order to make limestone aggregate or limestone powder.The product passes between a series of precisely-machined roller pairs with an adjustable gap between them. After passing through, the ground material falls into the next set of rollers. The total number of rollers depends on the material properties and degree of particle size reduction required. Typically, the number of roll sections varies from one to four pairs.As the material falls between the nip point of each roll section, it is crushed into progressively smaller particles. Uniform, ground particles are then gravity discharged from the bottom of the mill.