Concrete ground pump is a construction equipment that relies on high-pressure rubber hoses to transport concrete under pressure. It is equipped with special pipelines, which can continuously transport concrete horizontally and vertically along the pipeline. It is an ideal type of existing concrete transportation equipment. It combines the production of pre mixed concrete with pumping construction, and uses concrete mixer trucks for intermediate operation to achieve continuous pumping and pouring of concrete. Used for concrete conveying work in large-scale concrete projects.

Feature Editing

1. Streamlined appearance design, novel and beautiful, reasonable layout, compact structure, greatly improving the rigidity of the hood.

2. The oil pump and valve group adopt world-renowned brands to ensure high reliability of the towing pump.

3. Adopting well-known brand motors, ensuring reliable performance and lifetime maintenance free.

4. The diesel engine adopts high-end brands, with reliable performance and strong power.

5. The S tube is made of high alloy steel and precision cast as a whole. After three-dimensional optimization design, the arc shaped hopper has the characteristics of large volume and no material accumulation.

6. The inner surface of the concrete cylinder is chrome plated with a thickness of 0.25-0.28mm, greatly improving its wear resistance.

7. Adopting a large cylinder diameter and long stroke main oil cylinder to ensure the highest and farther construction distance.

8. Adopting a dual pump, dual circuit open hydraulic system makes the system simple, prolongs component life, increases reliability, and facilitates fault diagnosis and troubleshooting.

9. Wear parts such as eyeglass panels and cutting rings have a long service life after continuous technological breakthroughs.

The outstanding characteristics of the concrete pump electric control system are advanced technology, simplicity, and high reliability. All electrical components are made of original imported parts.

11. The design of key load-bearing components such as hoppers and S-valves was carried out using the SEAS calculation program to perform finite element calculations on their stress state, structural stiffness, and stress concentration. The designed hoppers and S-valves have good structural stiffness and processability, avoiding deformation of hoppers and breakage of S-valves during high-level transportation of similar products.

12. Fully consider the simplicity of maintenance and optimize the design. For example, replacing the S tube does not require dismantling the mixing seat, and the S tube uses long and short chrome plated sleeves, etc