Summary
Concrete plunger pump is an important component of concrete conveying equipment, and the eyeglass plate and cutting ring are key vulnerable parts of the plunger pump. They play a crucial role in the pumping process, directly affecting the efficiency of concrete delivery and the stability of pumping. This article will provide a detailed introduction to the workflow of the eyeglass panel and cutting ring, as well as the advantages of the S-type reversing method compared to other reversing methods.

The Workflow of Eyeglass Panels and Cutting Rings

Collaborative work: The eyeglass panel and cutting ring work together in the plunger pump to complete the concrete conveying task. The eyeglass panel plays a role in controlling the entry and exit of concrete, while the cutting ring cuts the pumped concrete to form a continuous material flow.
Wear and replacement: During long-term work, the eyeglass panel and cutting ring will be subjected to friction and impact from concrete, causing a certain degree of wear. When the wear reaches a certain level, it will affect the conveying efficiency of concrete, so it is necessary to regularly replace the eyeglass panel and cutting ring.

The Advantages of S-type Reversing Mode

Compared with traditional reversing methods, the S-type reversing method has significant advantages in concrete plunger pumps.

Efficient and stable

The S-type reversing method can ensure efficient transportation while effectively reducing the impact on the eyeglass panel and cutting ring during the reversing process, thereby extending its service life.

Simple structure

The mechanism of the S-type reversing method is relatively simple, easy to maintain, and reduces the failure rate of the equipment.

Wide adaptability

The S-shaped reversing method has strong adaptability to different materials and can be widely used in various types of concrete conveying.
Energy saving and environmental protection: Compared with traditional reversing methods, the S-type reversing method can reduce energy loss during the reversing process, lower energy consumption, and reduce environmental pollution.

There are also other types of distribution methods. Land on ltconcretepump.com to get more information.

Conclusion

In concrete plunger pumps, the workflow of the eyeglass plate and cutting ring directly affects the conveying efficiency and stability of concrete. As an advanced reversing technology, the S-type reversing method has significant advantages in improving conveying efficiency, reducing energy consumption, and extending the service life of vulnerable parts. By adopting the S-shaped reversing method, the performance and reliability of the concrete plunger pump can be further improved, providing a more efficient and stable concrete conveying solution for engineering construction.