Brief introduction

The European version of the impact crusher is a crushing machinery that uses impact energy to crush materials. This crushing equipment can process various materials with a particle size not exceeding 1000 millimeters and a compressive strength not exceeding 350 megapascals. It has the characteristics of high crushing ratio, high crushing efficiency, and easy maintenance. The product is in the form of a cube and is an ideal processing equipment for aggregates used in high-end highway surfaces and hydropower construction. The impact crusher is widely used in fields such as highway construction, water conservancy engineering, and crushed stone processing for construction due to its stable performance and excellent performance.

1. High crushing force, high-strength and heavy-duty design of the rotor, with large rotational inertia and impact crushing force, more suitable for crushing large materials.
2. By adjusting the installation position of the counterattack frame, it is possible to achieve the conversion between coarse crushing and medium fine crushing, making it a dual-use machine.
3. Hydraulic adjustment of the clearance between the counterattack plate and the plate hammer is achieved through hydraulic adjustment, which is quick and effective in controlling the particle size and shape of the discharged material
4. Easy maintenance, simple and convenient rack opening, convenient for internal maintenance inspection and replacement of vulnerable parts of the machine.
5. The feed inlet is larger, and when used as a coarse crusher, it can be appropriately replaced as a head crusher, with a maximum feed capacity of 1000mm.
6. When dealing with the crushing of construction waste materials, the unique rotor design and large-diameter feeding port can effectively prevent the entanglement of steel bars, which can cause difficulties in shutdown and maintenance
7. The plate hammer is made of high wear-resistant alloy material, which has a long service life, reduces wear, and lowers production costs.
8. The crushing chamber adopts a unique vortex “C” shaped chamber design, which makes the material impact angle more reasonable, improves the crushing efficiency, and greatly improves the particle size and grading of the finished product.