1600 ton crawler crane development project officially launched
1600 ton crawler crane development project officially launched
China Construction Machinery Information
introduction: on July 25, xiangwenbo, President of Sany Heavy Industries, and liuchengye, general manager of Guangdong Thermal Power Engineering Corporation reached a resolution to officially launch the 1600 ton crawler crane development project. Guangdong Thermal Power Engineering Corporation is a first-class qualification enterprise for general contracting of power engineering construction. Its business involves the construction of conventional thermal power stations, combustion
july 25, Xiangwenbo, President of Sany Heavy Industry, and liuchengye, general manager of Guangdong Thermal Power Engineering Corporation reached an agreement on officially launching the 1600 ton crawler crane "Resolution aiming at new material industry development projects.
Guangdong Thermal Power Engineering Corporation is a first-class qualification enterprise for general contracting of power engineering construction. Its business involves the construction of conventional thermal power plants, new energy projects such as gas-fired combined cycle power plants and wind power plants, and the construction of nuclear power plants. On July 3, 2007, after arriving at FM, haisany technology signed an intention to cooperate with the corporation to develop 1600 ton super large tonnage crawler cranes According to the agreement, the "Super Big Mac" manufactured by both parties will be used for the hoisting of core components in the nuclear power plant construction project contracted by Guangdong thermal power. The designed maximum lifting torque of this 1600 ton crawler crane scc16000 will exceed the maximum lifting torque of foreign crawler cranes of the same tonnage
it is reported that the machine will be used for hoisting the key components of the world's most advanced third-generation pressurized water reactor EPR (Areva) unit in the Yangjiang nuclear power plant construction project undertaken by Guangdong thermal power in April, 2011. This will be the first time that the domestic super tonnage crawler crane has been approved to distinguish the tension and compression of the second cross-section and adopt the corresponding bending tension and bending compression modulus of elasticity to hoist the core components in the third-generation nuclear power construction project
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