The optimized and improved jaw crusher technology is more reliable

In recent years, with the introduction of some new theories in mine production and building materials processing, users hope that the bulk ore can obtain products with finer grain size and better blockiness in the crushing stage.
Jaw crusher is one of the main equipments for mine production, construction material processing and polymerization chemical production. It is widely used in the production and processing of various metal and non-metal mines, chemical minerals, cement and building materials. In addition, with the emergence of global mineral depletion phenomenon, the jaw crusher requires a large increase in the amount of raw ore that is required to be treated, while maintaining or increasing the output of various metal and non-metal mines. It also faces greater challenges. Undoubtedly, the current backward jaw crusher cannot undertake the production tasks in the new period, and it is necessary to develop a new type of jaw crusher with high performance and low energy consumption.
The stellar equipment uses the advanced kinematics and dynamics simulation optimization design software ADAMS to simulate and optimize the design of the new JC European version of the complex pendulum jaw crusher. Its main task is to optimize the horizontal and vertical stroke and stroke of the crusher feed and discharge ports. The coefficient of variation, thereby increasing the throughput of the crusher, reducing the weight of the crusher, enhancing the structural strength of the crusher, and reducing the wear of the crusher liner, thereby greatly improving the performance of the crusher. The optimized and improved JC European version of the complex pendulum jaw crusher is more advanced. The following stars will introduce the following points in detail:
1. Adopt world-class manufacturing technology and the highest-end materials.
2. The movable jaw assembly is made of high-quality steel castings, and the heavy-duty eccentric shaft is processed by forging blanks, which makes the machine more reliable and durable.
3. The bearing seat adopts integral cast steel structure to ensure complete cooperation with the crushing frame and greatly enhance the radial strength of the bearing seat.
4. Using finite analysis techniques to make the machine stronger.
5. The crushing chamber adopts a symmetrical "v" shape structure, so that the actual feed port width is consistent with the nominal feed port width.
6. Equipped with wedge discharge opening adjustment device, it is simpler, safer and faster than the old-fashioned gasket adjustment.
7. All machines in this series use larger and more durable eccentric shaft bearings than other crushers of the same specification. Their higher load carrying capacity and effective labyrinth seals greatly extend bearing life.
8. The latest use of toothed guards to increase the effective length of the seesaw and increase production.