Benefits of Mobile Construction Waste Construction Waste Crusher is a small mobile crushing station. It is a mobile stone crushing operation and can be regarded as a simple stone production line. It is widely used in railways, highways, construction, and water conservancy. , metallurgy and other industries. Mobile crusher according to the different types of raw materials, scale and finished product requirements, especially the small crushing site, more suitable for construction waste disposal, construction waste crushing.
The mobile Construction Waste Crusher has coarse crushing, intermediate crushing, and fine crushing. It stands at the customer’s standpoint and takes the elimination of the crushing site and environment as the primary solution to the crushing operations. Really providing customers with efficient and low-cost project operation hardware facilities can greatly expand the concept of crushing operations. Large crusher belongs to special equipment for efficient crushing, also known as (gangue hammer crusher). The new type of coal gangue crusher is mainly applicable to the crushing of brick cinder, cinder, Shanghai shale, shale, coal gangue, construction waste, etc., and solves the problem of using gangue, coal cinder as masonry addition material, and internal fuel; using vermiculite, shale The problem of crushing high-moisture materials for the production of standard bricks and hollow bricks.
Hammer crusher is mainly based on impact energy to complete the broken material operation. Hammer crusher work, the motor drives the rotor for high-speed rotation, the material into the crusher cavity, high-speed rotary hammer impact, shear tear material caused by the material is broken, at the same time, the gravity of the material itself to make the material from Hammer heads rotating at high speed rush toward the baffles and screen bars in the frame. Materials larger than the mesh size are retained on the screen plate and are continuously hammered and grinded by the hammer until they are crushed to the required particle size.