The hottest mobile crushing station has become a p

  • Detail

Mobile crushing station has become the protective wall of urban green development

in the development of urban infrastructure construction, construction waste is the inevitable product of urban metabolism and the burden of urban development. Not only China, many cities in the world have faced the situation of garbage siege. With the development of science and technology, people have gradually deepened their understanding of construction waste. Construction waste is considered to be the most promising and inexhaustible urban mineral resources, and a resource placed in the wrong place

construction waste backfilling is mainly used for site leveling, road subgrade, depression filling, etc. The construction waste used for site leveling and road subgrade shall be crushed according to the use requirements and backfilled with usable fillers selected by mineral separation equipment. The construction waste used for filling depressions can be backfilled without crushing. The backfill construction waste shall be mainly construction waste such as muck, gravel, bricks, etc. Construction waste shall not be backfilled in the water source and recharge area of centralized groundwater supply. The site selection of construction waste landfill can refer to the technical code for sanitary landfill of domestic waste (cjj17), and it is suitable to choose areas with convenient transportation, reasonable transportation distance, low land use value and poor groundwater, such as valleys (depressions) in natural low-lying terrain and waste pits in quarries; 5. The capacity of the experimental steps should ensure the landfill volume of damaged construction waste and post disaster reconstruction construction waste in the service area. It is understood that the recycled building materials processed by the mobile crushing station produced by Yifan company are widely used. According to the particle size, they can be used as wall plastering materials, subgrade backfill materials, blocks and other building materials and recycled concrete aggregates. One ton of recycled building materials can be made into 0.45 tons of new wall materials, and the remaining 50% can be made into composite materials. The utilization rate of construction waste treated by the mobile crushing station produced by Yifan company is more than 90%, which can better save resources. Moreover, after the construction waste becomes useful construction raw materials, the dumping and landfill of construction waste are reduced, the occupation of land resources by construction waste is reduced, and the pollution of construction waste to soil and water bodies is avoided. The environmental protection effect is obvious

the hydraulic loading mobile crushing station is a mobile crushing and screening equipment independently developed by Zhengzhou Yifan, which is fully hydraulically driven and crawler type. It is mainly composed of feeding system, sensor and monitoring system, crushing system, release system, dust removal system, etc. The noise in the mobile crushing station, the best noise absorption system, compact and flexible equipment, can better meet the crushing operation of construction waste between urban areas, an effective dust removal system, the appropriate noise emission status of diesel engines, the release system uses remote control hydraulic pressure to remove the obstacles in the mobile crushing station, and the pre screening device greatly improves the crushing efficiency of several continuous cycles of 3D printing and recycling. For example, the crawler type mobile crushing station is like a mobile small processing plant, which is widely used in the crushing of construction waste, rock, ore, block roads, old asphalt concrete industry. It is urgent to correctly understand the crushing of materials such as flame retardant misunderstanding, so as to meet the crushing requirements of mines, hydropower stations, coal mines and other projects and environmental protection concepts. Crawler mobile crushing station can improve labor productivity, reduce costs, and truly achieve safe production

Copyright © 2011 JIN SHI