1.Adopting ANSYS finite element analysis and computer aided design, the plant is made of quality steels, whose weight is reduced substantially, and the ways of transport and installation are more convenient. 2.Introducing theory about ergonomics, the equipment takes advantages of simple maintenance, little down time and low costs. 3.The design of heavy rotor with rotational inertia and high precision makes the speed increased by 20%. 4.The positioning accuracy is more reliable because of the new design of bearing block positioning device, which satisfy the requirements of usage and maintenance. 5.Adopting the design of hydraulic system to realize intelligent control for frame, impact rack, output size and maintenance. Besides, the operation is much easier and operating rate is improved. 6.Efficient involute-shaped crushing chamber makes the efficiency higher and final product size well-distributed. 7.Ensuring optimized working, the equipment adopts wearable hammer and impact plate which can adapt to various situations. 8.Accurate match for motor power makes the costs reasonable. 9.The equipment with quality bearing made by famous brands is running continuously and steadily. 10.Low fault rate, steady running.
CI5X Impact Crusher is new equipment made in Liming Heavy Industry. This machine integrates many technology achievements including high-accuracy rotor, multifunctional hydraulic operating system and efficient involute crushing cavity, which can help clients win more benefits.
CI5X Series Impact Crusher crushes material by striking energy.when it works,the motor drives the rotor rotate at a high speed,on which the blow bar is installed .as soon as the material get into the affecting area of the blow bar,they will be stroke by the blow bar and be thrown to the impact devices around the rotor.the high speed forces the material to rebound from the impact liner to the area where the blow bar effects until they have been crushed to the required size.the clearance between the impact rack and the rotor can be adjusted to change the size and shape of the end product.