HM Concrete Pump Trucks Used for Metro Construction

　　Concrete pump trucks, combining functions of concrete pumps and trucks, makes construction more convenient and efficient than ever before. It’s usually used for long distance delivery of ready mix concrete in construction of tall buildings, overhead bridges and underground projects. With rapid development of metro lines in Zhengzhou, HM concrete pump trucks contribute a lot to smooth operation of building of several lines.

　　Currently there are two finished underground train lines in Zhengzhou, and the other three is still under construction. Our reporters went to the construction site of line 5 yesterday. In the eastern stretch of Hanghai Road, HM concrete pump trucks was stretching out long boomer for the pouring of concrete onto ceiling of a new station. The station, with two floors, is an exchanging station between line 2 and line 5. Workers told our reporters that our pump truck showed good quality, stable operation and high efficiency during the construction. The contractor said that he made a good choice in buying our pump trucks because metro projects, although lasting long owing to large working amount, have more requirements about efficiency. The longer the project takes, the longer its negative influence on the traffic will be. Many citizens dream about convenience of metro on the one hand, while on the other hand, they complain about seemingly endless traffic jams caused by metro construction. The government plans to build more underground lines in the future years, and HM concrete pump trucks will continue to show its capabilities.

　　We are a professional manufacturer of concrete pump trucks with decades of history and over ten years of export history. If you have a rough budget and approximate discharging volume, welcome to contact us at april@concretebatchplant24.com or (wechat/mobile) 0086 158 3802 9491. We can help to choose a suitable type based on your specific circumstance and will provide configuration list as well as quotation at the earliest possible time.