The project is located in Huoshan Economic Development Zone, Lu'an City, Anhui Province, with a total investment of 500 million yuan. The main construction content of the project includes: 1200 tons of limestone crushing production line; purchase of Vibrating Feeder, European Jaw Crusher, heavy Vibrating Screen, single cylinder hydraulic Cone Crusher, silo feeder and other production machinery and equipment; the project The total construction area is planned to be 37,130㎡, including 30,000㎡ of production plant, setting up crushing production area, finished material storage area, etc., and constructing public and supporting projects such as comprehensive buildings of 7,130㎡; at the same time supporting the construction of power supply, water supply, drainage and other public works and related environmental protection Facilities engineering.

Huoshan 1200tph limestone crushing production line project Project Overview:

Production time: August 2021

● Project capacity: 1200 tons/hour

● Rock Type: Limestone

● Output Specifications:

25-31.5mm(224t/h)

12-25mm(434t/h)

5-12mm(172t/h)

0-5mm (210t/h)

● Device Configuration:

A total of 18 sets of crushing and screening equipment:

MJ series Jaw Crusher MJ125 * 2;

MGD Series Vibrating Feeder MGD1360* 2;

MC Series Single Cylinder Hydraulic Cone Crusher MC300Z-380 *2;

MC Series Single Cylinder Hydraulic Cone Crusher MC500X-220* 2;

MA/MK Series Circular Vibrating Screen 3MA3082*4;

MA/MK Series Circular Vibrating Screen 2MA3082*2;

MGB series bin feeder MGB1422*4;

Production line advantages:

(1) Four-stage crushing and two closed-circuit process schemes are adopted, and through intelligent host equipment, multiple products can be produced at the same time, and the ratio can be adjusted to flexibly adapt to market demand;

(2) Select laminated Crushing equipment, equipment load balance, energy saving and environmental protection, avoid excessive crushing, and high resource development efficiency;

(3) The crushing ratio is reasonable, and the feeding is smooth to avoid material overlap;