Project Name: 1200 t/h Aggregate Project by China United Cement Corporation (CUCC)
Location: Xingtai, Hebei, China
Mine: limestone, finished products of 0-5 mm, 5-10 mm, 10-20 mm and 20-30 mm
Capacity: 1,200 tons/hour
Main Equipment: two JC1300 jaw crushers, two HS1523S impact crushers, two HS1315S impact crushers, four 3YKR3060H circular vibrating screens, four 3YKR3060H circular vibrating screens, two YKR2460H circular vibrating screens, two HPF1560 bar feeders, two GZG150-4 self-synchronous inertial vibration feeders and two GZG125-4 self-synchronous inertial vibration feeders
Use of Finished Products: concrete
Technological Process: jaw crushing + impact crushing + shaping + screening
About the Project
Xingtai (CUCC) New building Materials Demonstration Park is a comprehensive industrial park built by CUCC in Xingtai, which integrates the complete industrial chains of aggregate processing, commercial mixing, dry-mixed mortar, and PC construction. It enjoys a high reputation in the industry, has hosted on-site observation meetings at the call of the local government and the local industry association, and has become a charming business card for the sand and stone industry in Xingtai County.
NMS provided the project with all the main equipment such as jaw crusher, impact crusher, bar feeder, vibrating screen, etc. Thanks to the reasonable process configuration, advanced and efficient crushing equipment, the proportion of high-value coarse aggregate in the finished products was high, while that of low-value products below 5mm was small. The cooperation between Xingtai (CUCC) New building Materials Demonstration Park and NMS has benefited from the successful utilization of the equipment provided by NMS in various cement and aggregate projects of CUCC, the successful appearance of the equipment provided by NMS in multiple projects in Hebei Province, and the efficient and professional after-sales service by NMS. The equipment was stable and efficient in the production process.
Previa：Changjiu (Shenshan) Limestone Mining Project