Feed size :800mm. Production capacity :100-800t / h. Applications:Yifan Machinery construction waste process for urban construction waste and broken concrete recycling, to provide you with construction waste and construction waste crushing equipment.
As urbanization continues to accelerate, the number of urban construction waste is also growing rapidly. People enjoy the urban civilization, it is also subjected to the annoyance urban waste, construction waste will occupy a large proportion of total waste accounts for about 30% to 40%. According to the information, only a year arising from construction of the building and construction waste discharged to more than 1 billion tons, with building renovation, demolition, building materials industry the amount of waste generated by the construction will reach several million tons. So how to process and efficient recycling of construction waste, has become all levels of government departments and construction waste disposal units are facing a major problem.
In order to achieve urban construction waste can be recycled recycling, Zhengzhou Yifan Machinery Co., Ltd. R & D Center features combined crushing and screening product development to keep trying, and finally the successful launch of construction waste disposal equipment - mobile crusher station. Construction waste disposal equipment technology to jaw crusher, impact crusher, vertical impact crusher, hydraulic cone crusher, vibrating screen, vibrating feeder and other special equipment to construction waste crushing and screening.Processed recycling of construction waste can be widely used in unburned, road infrastructure, construction and other industries, for urban construction of the road into a virtuous cycle provides a new development ideas.
Construction waste disposal process: Vibration feeding system >> Concrete crushing system >> Separation System >> High-pressure washing system >>Secondary and tertiary crushing system >> Wastewater recycling system >> Dust purification systems >> Automatic Control System
 Construction waste in scrap steel, scrap wire, scrap wire, and various accessories, scrap metal, etc. After sorting, concentration, re-melted, it can be processed into a variety of steel products manufacturing;
 Brick, stone, concrete and other waste by crushing, they can on behalf of sand for masonry mortar, plastering mortar, playing concrete pads, etc., can also be used to produce blocks, pavement bricks, tiles and other building materials lattice.
 The use of renewable raw materials recycled products, you will get the government tax support, there is considerable economic benefits  Save landfill costs and a large number of landfill sites, reduce environmental pollution  Reduce natural sand mining, natural resources and protection of the human environment, in line with the sustainable development strategy. Construction waste disposal equipment R & D Video Introduction
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With the rapid development of urban economy and society, more and more construction wastes are generated in cities, which not only cause certain environmental pollution, but also occupy a large amount of urban land, and it is also difficult to deal with. Faced with this situation, mobile crushing stations have emerged as the times require, and their advantages such as mobile, high throughput and easy operation have become more prominent, and they are well-suited in the application of construction waste treatment.
Construction waste refers to the muck, spoil, waste, residual mud and other waste generated during the construction, laying or dismantling and repairing of various buildings, structures and pipe networks by construction, construction units or individuals. According to the source classification, construction waste can be divided into engineering waste, decoration garbage, demolition garbage, engineering mud, etc.; according to the composition of components, construction waste can be divided into muck, concrete block, crushed stone, brick and tile, Waste mortar, mud, asphalt blocks, waste plastics, scrap metal, waste bamboo and so on. At present, there are a lot of construction waste in the city. These materials have no effect on the building itself, but they must be effectively treated and promoted as comprehensive reuse of construction waste.
2. After adding solidified materials to the coarse and fine aggregates, it can also be used in the road pavement base layer, using waste bricks to produce aggregates, which can be used to produce recycled bricks, blocks, wallboards, floor tiles and other building materials;
According to the characteristics of large transportation and transportation cost of construction waste materials, the general production line uses mobile crushing and screening equipment. The mobile crushing station is equivalent to a mobile small crushing processing plant. Facing the complicated and complicated construction waste storage place, the equipment can be directly driven into the production and processing site. Generally, the mobile device and the crushing device can be installed according to the needs of the user, such as a high-performance jaw crusher, a cone crusher, a circular vibrating screen, etc., which can be used for the mobile crushing station. In view of the characteristics of construction waste, materials such as unbreakable steel bars are screened in advance, and then crushing equipment is used for crushing, shaping, screening, and the like. The finished product after final processing can be used for pavement filling of railways and highways, and for making concrete aggregates. In the whole process, the steps of transferring and transporting the original materials are avoided, and the finished product can also be directly transported by the transport device into the transport vehicle, which greatly reduces the transportation cost.
In the process of urbanization, garbage as a product of urban metabolism was once a burden of urban development, and many cities have had a situation of garbage siege. Today, garbage is considered to be an inexhaustible urban deposit with development potential and a misplaced resource. This is not only the deepening and deepening of the understanding of garbage, but also the inevitable requirement of urban development. Therefore, mobile crushing stations will play an increasingly important role in the construction of construction waste.
In recent years, with the continuously implemented of the large-scale urban development construction , the processing of construction waste has become a development difficult issues need to be resolved in the process of construction and urban management. The growing number of proper disposal of construction waste has become a pressing issue, landfill, piled up and so is not a good approach, comprehensive utilization is the right way. We all know that according to the feeding and nesting size, the crushing operations are often divided into coarse crushing, medium crushing and crushing. The commonly used equipments are impact breaker, compound crusher, single stage hammer crusher, vertical crusher, gyratory crusher, roll crusher machines, double roll crusher, combo crusher, and so on.
Reinforced concrete construction waste was subjected to sorting, peeling, or crushed, are reuse, construction waste recycling following: (1) after the construction waste crushing equipment processing , the muck can be used in road construction, pile filler; coarse and fine aggregate by the addition of a curing class material, can also be used for road pavement base(2) the coarse and fine aggregate in the concrete construction waste and the remaining debris through the construction waste crushing equipment after treatment, they can all be used in the production of the corresponding strength grade concrete, mortar or brick, block, wall panels, floor tiles and other building materials preparation such as renewable products .(3) for waste timber construction waste, not obviously damaged wood can be directly re-used for reconstruction of buildings, badly damaged wooden components can be used as the raw material of wood recycled sheet or paper.(4) according to the appropriate proportion ,waste Asphalt Mixture directly used to recycle the asphalt concrete.(5) construction waste includes waste steel, waste rebar and other scrap metal material by the construction waste disposal equipment stripping direct reuse or melted down processing.(6) waste brick construction waste is burned clay-like materials, construction waste crushing equipment broken ground into powder materials can be used as concrete admixture substitute fly ash, slag powder, powder.
The recycling products after processed by the building waste process equipment can be used for the green earth, building brick, muck fill foundation various channels utilize in order to achieve real construction waste and waste to treasure.The construction waste crushing station our company produced is determined to do the construction waste classification, and fundamentally improve the resource utilization of construction waste. Under the strong support of government, our company gradually develops forward, and make our own contribution to the building waste recycling resource ulitization of our country.
Construction waste refers to the muck, waste concrete, waste masonry, etc., generated in production activities such as demolition, construction, decoration, and repair. According to component classification, construction waste can be divided into the muck, concrete block, rubble, brick and tile fragment, waste mortar, mud, asphalt block, plastic, metal, bamboo, and wood, etc. These materials are of no help to the building itself, but they need to be dealt with accordingly, so as to achieve what we called deal project construction. Because it is a whole process from building to waste recycling, the consideration of its links is more important.
About one-third of the worlds energy is spent on buildings. According to statistics, 500~ 600 tons of construction waste will be caused by every 10,000 square meters of buildings, while the demolition of 10,000 square meters of old buildings will produce 7,000~ 12,000 tons of construction waste. According to the Transparent Market Research Report, the amount of construction waste produced worldwide will almost double to 2.2 per year. By 2025, it will reach 1 billion tons, according to the building and demolition recycling company.
Disposal of construction waste is often a safety issue. In December 2015, a pile of construction waste caused a landslide in Shenzhen, China, which killed more than 70 people and displaced 900. The slide also demolished many buildings, including 33 factories, workers living quarters and apartments. Due to the construction boom in the area, the Chinese government has piled up more than 10 waste yards for the rubbish it causes. According to the New York Times, some analysts have blamed the landslide on Chinas construction boom and local officials reluctance to enforce rules on the construction waste disposal.
https://www.theguardian.com/ In the United States, Texas officials are working to address the trash problem caused by last years hurricane Harvey in the Houston area, according to Todays Waste News report. The federal emergency management agency says it will take years to clean up the area, and the Texas environmental quality commission has abandoned some solid waste regulations air quality, emissions, wastewater and hazardous waste storage to speed up the cleaning process. https://communityimpact.com/ In Minnesota, construction waste is affecting groundwater, according to the Bristol Herald Courier. Because construction waste from landfills is not included in the states solid waste regulations, the Minnesota pollution control agency (MPCA) is pushing for stricter standards for dismantling landfills that do not form a barrier between sediment and groundwater. County officials across the state, however, are resisting proposals to tighten regulations until the agency can determine exactly what is polluting groundwater.
Construction waste brick is a concrete block produced by crushed and sifted construction waste and cement as the main raw material and adds a small amount of sand and coal ash. And the strength of which exceeds the national standard by nearly 20%, which can save resources and protect the environment. It is an important measure to promote the structural adjustment of building materials industry, the comprehensive utilization of resources and environmental protection so as to realize the sustainable development of building materials industry on the road of a circular economy.
The brick performance depends on the characteristics of raw materials and molded machinery, and the product is tested by the national wall Roofing material Quality Inspection Center. Besides, its porous brick and standard brick respectively meet the requirements of JC943-2004 and NY/T671-2003 standards, thus can be safely applied to the construction project. In addition, after analysis, the performance of the product is superior to ordinary concrete perforated bricks and standard bricks in terms of bulk density and water absorption. The production method makes the structural properties of the raw materials unchanged, and the bulk density and water absorption are intermediate between the sintered product and the non-sintered product, as well as the thermal performance. Therefore, the dry shrinkage and thermal conductivity of concrete are smaller than the general concrete products, which is very beneficial for construction use.
Producing concrete from a recycled aggregate of waste concrete can save 62% of limestone resources and reduce CO2 emission by 20%. In addition, high-performance recycled aggregate concrete can also comprehensively utilize coal ash, slag and other industrial waste residues, and at the same time, it can also solve the treatment problem of a large number of industrial waste residues and secondary pollution to the environment. Secondly, the recycling of waste concrete is conducive to the protection of arable land and ecological environment, which is of great environmental significance. The recycling of waste concrete has good economic benefits. First of all, disposal and use of waste concrete in place or nearby can greatly reduce the production cost of finished products produced by waste concrete recycling and obtain good economic benefits. If the waste concrete is treated and used locally and nearby, the cost of loading, unloading, handling, transporting can be effectively reduced, thus greatly reducing the cost of recycled aggregate. Secondly, the recycling of waste concrete can save a lot of waste removal and disposal costs. Waste treatment must take into account the governments policies and regulations, and comprehensively analyze the relevant costs of urban waste treatment according to the distance of garbage sites.
In the initial treatment of the garbage generated in the building, because many building structures are not concentrated, resulting in a lot of construction waste is also not concentrated. Therefore, when setting up the factory, the dispersion of construction waste should also be considered, so as to improve the treatment efficiency. Otherwise, it will take a long-distance and time to transport, which will not only increase the cost of transport but also lead to secondary pollution. Therefore, in the current international market, portable rock crusher is favored by developed countries such as Japan, Germany, the United States, the Netherlands, etc., all choose semi-portable crusher or tracked crusher to complete the dealing of urban waste. At the site where construction waste is generated, people can initially dispose of it. The treated recycled aggregate is then transported to the aggregate deep processing center to complete the corresponding treatment. This will not only reduce transportation costs but also reduce the impact on the environment. It has two processes, screening and crushing, which greatly simplifies the process and reduces the cost of infrastructure investment and operation. Besides, it also has advantages of highly efficient energy-saving, compact structure, low height, small size, lightweight and large production capacity. Due to the wear-resisting steel, high strength and long service life, it can break materials with high hardness.
In a word, construction waste is not really waste, but the gold in the wrong place. After being sorted, removed or crushed, most of the construction waste can be reused as renewable resources and turned into treasure.
Traditional waste management services do not compress trash or compact trash simply because the added hauling and emptying drives their profit. You wind up hauling empty space and paying for it.
The EPA states the US transportation sector generates more greenhouse gas emissions than any other, accounting for 29% of the country's pollution. With every dumpster haul you make, you set the wheels in motion for a gas guzzling dumpster truck to release a substantial amount of harmful greenhouse gases into the air. This toxic exhaust creates air pollution from the moment the truck starts driving from the waste management facility to the time it returns your roll off dumpster.
Crusher turns construction waste into sand The construction waste special crusher has the characteristics of simple operation, energy saving, product shape cube, adjustable discharge particle size, optional crushing, simplified crushing process, and reduced investment. The most common crushing equipment are jaw crusher, hammer crusher, VSI impact crusher. Construction waste sand making machine is suitable for applications in industries such as hydropower, building materials, highways, and urban construction. It can use construction materials, limestone, granite, river pebbles, concrete, and other materials to manufacture highway surface materials and highway pavements Aggregate for gravel and railway. Principles of construction waste crusher As far as jaw crushers are concerned, although the structure types are different, their working principles are basically similar, except that the moving trajectory of the movable jaw is different. In a nutshell, when the movable jaws periodically reciprocate around the suspension axis to the fixed jaws, sometimes approach and sometimes leave, ore between the two jaws when the movable jaws approach the fixed jaws It is broken by the combined action of crushing, splitting and bending and breaking; when the movable jaw plate leaves the fixed jaw plate, the crushed ore is discharged through the ore outlet of the crusher under the action of gravity. How to buy high-quality jaw crusher 1. Frame design-integral casting vs split assembly Due to the limitations of casting technology, the overall casting frame will form a large number of tiny pores or inclusions during the casting process, so the overall performance of the frame is reduced. Relatively speaking, the split-assembly rack-type jaw crusher is lighter, stronger and more durable. 2. Jaw plate design-overall vs three-stage Large jaw crushers mostly use three-stage combined jaw plates. In addition to being more convenient for assembly, installation and disassembly, the main thing is the small one in the middle, the size of the two ends is the same. If the bottom end of the jaw plate is worn seriously, you can The position of the upper jaw is reversed and continued to be used, saving costs. 3. Fixing method of bearing seat-welding vs bolt Some jaws are broken, and the bearing seat is welded to the frame, and some bearing seats are made of integral cast steel structure and are connected to the frame with bolts to ensure complete cooperation with the crushing frame and greatly enhance the radial direction of the bearing seat. strength. Different manufacturing processes make the service life of the two different. In addition, some jaws are broken and heavy protective plates are installed on their bearing seats to avoid accidental damage to the bearing seats.
The construction waste special crusher has the characteristics of simple operation, energy saving, product shape cube, adjustable discharge particle size, optional crushing, simplified crushing process, and reduced investment. The most common crushing equipment are jaw crusher, hammer crusher, VSI impact crusher.
Construction waste sand making machine is suitable for applications in industries such as hydropower, building materials, highways, and urban construction. It can use construction materials, limestone, granite, river pebbles, concrete, and other materials to manufacture highway surface materials and highway pavements Aggregate for gravel and railway.
As far as jaw crushers are concerned, although the structure types are different, their working principles are basically similar, except that the moving trajectory of the movable jaw is different. In a nutshell, when the movable jaws periodically reciprocate around the suspension axis to the fixed jaws, sometimes approach and sometimes leave, ore between the two jaws when the movable jaws approach the fixed jaws It is broken by the combined action of crushing, splitting and bending and breaking; when the movable jaw plate leaves the fixed jaw plate, the crushed ore is discharged through the ore outlet of the crusher under the action of gravity.
1. Frame design-integral casting vs split assembly Due to the limitations of casting technology, the overall casting frame will form a large number of tiny pores or inclusions during the casting process, so the overall performance of the frame is reduced. Relatively speaking, the split-assembly rack-type jaw crusher is lighter, stronger and more durable.
2. Jaw plate design-overall vs three-stage Large jaw crushers mostly use three-stage combined jaw plates. In addition to being more convenient for assembly, installation and disassembly, the main thing is the small one in the middle, the size of the two ends is the same. If the bottom end of the jaw plate is worn seriously, you can The position of the upper jaw is reversed and continued to be used, saving costs.
3. Fixing method of bearing seat-welding vs bolt Some jaws are broken, and the bearing seat is welded to the frame, and some bearing seats are made of integral cast steel structure and are connected to the frame with bolts to ensure complete cooperation with the crushing frame and greatly enhance the radial direction of the bearing seat. strength. Different manufacturing processes make the service life of the two different. In addition, some jaws are broken and heavy protective plates are installed on their bearing seats to avoid accidental damage to the bearing seats.
The vertical shaft impact crusher is a commonly used sand production equipment in the sand production line. It is very important for the sand making process. The vertical shaft impact crusher has high production efficiency, but after a period of use, pay attention to the wear of the equipment. Vertical shaft impact crusher has long-term contact with sand and gravel
The process of crushing machine-made sand includes dry sand making and wet sand making. Both methods can produce high-quality sand and gravel. The wet sand making machine can clean the sand and gravel very cleanly, and it can also recycle the sand. Dry sand making equipment is relatively simple and does not need to consume a lot of water for
In recent years, construction waste has become a hot commodity. The main reason is the use of mobile crushing stations. Mobile crushing stations are an indispensable tool in the process of urban construction and can effectively help cities become greener and more environmentally friendly. How does the mobile crushing station make construction waste a popular item? From the comprehensive utilization
The South Ring Road project is a key urban construction project that Luoyang City is accelerating. At the same time, the project also has a feature, the amount of demolition along the route is very large, and a large amount of construction waste transportation will bring about waste of resources and dust pollution. "After research and experiments, we decided to
We all know that with the development of modern society, there are more and more construction and demolition (C&D) materials are left over at a construction, renovation or demolition site.They are usually abandoned but are actually valuable things that can be reused to make new products or applied in another field.
Recycling construction waste is becoming more and more important because of the limit spaces and environmental protection demands. Current estimates show that if we can recycle all concrete and asphalts produced annually in America, well save the energy equivalent of 1 billion gallons of gasoline or the removal of more than 1 million cars from the road.
Apart from the energy saving, the construction waste recycling can greatly reduce the landfill of those materials and the consumption of natural resources through crushing, extracting and refining petroleum.Landfills through a common way of treating construction waste would be considered safe when giving the state-level oversight. Whats more, inappropriate disposal of the construction waste would cause operational problems and groundwater contaminationthus becoming costly in the future. So, we have to focus on construction and demolition waste recycling if we want to get rid of this dilemma.
Well see a lot of materials that can be recycled from construction waste. The ways for handling these materials are various, depending on the type of them and how easy and profitable it is to recycle and reuse it.
British every year reuse around 275 million tons of constriction waste for raw construction materials. Of this, over 70 million tonnes are already derived from recycled or secondary sources. Whats more the UK also the major user of the materials during the European market. Every year, there is potential to recycle more aggregates from construction, demolition and excavation wastes that are being sent to landfills.
According to the countries which are successfulin better recycling of construction waste, it can be roughly divided into three levels: (1) Low-level use: The broken concrete is used as the building foundation or road base, and this is the simplest method of using waste concrete. (2) Intermediate use: crushed waste concrete to produce concrete block bricks, paving bricks and other products. (3) Advanced use: The waste concrete is crushed, sieved, sorted, and cleaned to be used as a recycled aggregate instead of some natural sandstone aggregate to make recycled aggregate concrete. Relevant research shows that it can be directly added to commercial concrete as aggregate to replace 10% ~ 30% of natural aggregate. This is the most valuablemethod for waste concrete, and0recycled concrete made with recycled aggregate is a kind of green concrete.
The main components of ordinary glass are silicon dioxide, calcium silicate, and sodium silicate, which are very stable in chemical properties. The silica is difficult to decompose naturally. Compared with white pollutionlike plastic garbage, waste glass products are more difficult to decompose in the natural environment and cannot be degraded in landfills. Even some of them contain heavy metals such as zinc and copper, which will pollute soil and groundwater. In addition, glass is a non-combustible substance. Once it enters the garbage incinerator, it will soften and adhere to the furnace wall, affecting the incineration efficiency. Therefore, the best way to treat waste glass is by recycling.
In China, the amount of waste glass is considerable, and about 50 million tons of waste glass will be produced in a year. By recycling and utilizing waste glass, it will not only have economic benefits but also significant environmental benefits. According to statistics, the use of recycled glass to regenerate glass can save coal and electricity energy by 10% -30%, reduce air pollution by 20% and waste gas from mining by 80%.
Calculated by one ton, recycling one ton of waste glass can save 720 kg quartz sand, 250 kg soda ash, 60 kg feldspar powder, 10 tons of coal, and 400 degrees of electricity. One ton of waste glass can be recycled into 20,000 500-gram wine bottles after the furnace is returned, which saves 20% of the cost compared with the use of new raw materials.
People love to do their projects by bricks because bricks have a lifespan of more than 200 years.So that if we can recycle the bricks and blocks which have been used in the construction of buildings, well save a lot of costs and still can implement high-quality projects. Waste bricks mainlyinclude:
If they are undamaged, you can use them in new building projects or sell them to the other business. If they are damaged, you can recycle them by mining machines like tracked crushers which are powerful to process construction waste. Because the tracked mobile crusher can move easily even to the place which is really hard to get in. Then you can use them :
Germany is the first country in the world to carry out circular economy legislation. According to German law, each responsible person in the construction waste generation chain needs to contribute to reducing waste and recycling, forming a set of principles for waste management. According to this principle, garbage management can be divided into different levels: the best level is to avoid generating garbage, followed by recycling and recycling garbage, and finally only treating garbage. Only when the recycling of waste is too expensive can the waste be treated simply, and aprocessing fee of 500 Euro per ton is levied on unprocessed construction waste. The price of recycled building materials is relatively low, while the cost of simply treating construction waste is very expensive. Therefore, developers are happy to use recycled building materials, and demolition contractors are highly motivated to recycle construction waste, so as not to pay high waste disposal costs.
Since 1955, the construction waste recycling plant in Germany has processed about 11.5 million cubic meters of recycled aggregates and used them to build 175,000 homes. There are about 200 construction waste disposal companies in Germany with an annual turnover of 2 billion euros. It is reported that Germany has the worlds largest production construction waste treatment plant, which can produce 1,200 tons of recycled construction waste per hour.
It is necessary to consider not only the issue of construction waste but also its related treatment and subsequent operations so that it can be handled well in this process.It is also necessary to consider the corresponding hidden dangers and environmental pollution in the process of construction waste generation, and then achieve the desired effect. XuChang Model Significant Effect Under the guidance of theRules and Laws, Henan Province has adopted a series of specific measures: the competent departments of housing and urban-rural construction at all levels have incorporated construction waste into the special urban domestic waste planning, and based on urban development, predicting the waste production and resource utilization. The governmentvigorously supports the construction waste disposal facilities and give priority to project approval and land approval. Carry out pilot demonstrations, relying on leading enterprises to develop a number of high-tech, large-scaleconstruction waste comprehensive utilization demonstration bases, and cooperate with the provincial department of finance to pilot cities (counties), companies and projects.
Besides, they have establisheda strategic alliance of construction waste resource utilization enterprises, carriedout resource utilization technology innovation, equipment research, and development, promotion and application of recycled aggregates, and formulate the Henan Province standard system to provide technical support for the production and application of construction waste recycling products with annual processing capacity of about 21 million tons. Among them, a company of Xu Chang has actively expanded outwards and has established branches or holding subsidiaries in Xinyang, Suzhou, Guangzhou, Anhui Huainan, and Suzhou, becoming well-known construction waste resource utilization enterprises in the country, forming characteristics.The distinctive Xuchang Model has been promoted and applied throughout the country.
Construction waste is the muck, waste metal, crushed stone, waste mortar, bricks and tiles generated during the construction, paving or demolition and repair of various buildings, structures, pipe networks, roads, etc. . According to statistics, the annual output of construction waste in 2014 reached 1.5 billion tons. For every new 10,000 m2 building, 400-600 tons of construction waste are produced; for every 10,000 m2 old building is demolished, 5000-7000 tons of construction waste are produced. The construction waste made us suffer from the garbage siege while enjoying civilization.
Environmental benefits: Utilize modern equipment to treat construction waste nearby to realize recycling instead of traditional construction waste disposal methods such as accumulation and landfill, and reduce pollution to land and rivers.Economic benefits: The construction waste processed by the mobile crusher can generate recycled aggregates, recycled concrete and various recycled bricks, so as to realize the resource utilization of construction waste.
The mobile construction waste crushing plant is mainly composed of feeder + jaw crusher + impact crusher/cone crusher + sand making machine + vibrating screen and other equipment.The mobile crusher plant is universal, economical, practical, flexible, and integrated. Fully automatic crushing, conveying, screening, and iron removal.
Main equipment: jaw crusher, impact crusherCoarse crusher mobile station is equipped with high quality jaw crusher and counter crusher. It has strong crushing capacity and good grain type of finished products. It is especially good at crushing hard and abrasive materials.Applications: Primary crushing, concrete recycling, construction waste disposal, quarry, coal industry, other industries.
TypesMobile spring cone crusher and screening plantMulti-cylinder cone crushing and screening plantSingle-cylinder cone crusher and screening plantImpact crusher and screening plantFeaturesThe mobile station can achieve high productivity, large crushing ratio and good grain shape, and is superior in performance, efficiency, production capacity, and finished product quality.ApplicationsCrushing + screening mobile station: used for the secondary crushing process, through the free combination of equipment to achieve more complex processing requirements
Main equipment: VSI sand making machine, impact crusherThe mobile impact crushing and screening plant is equipped with high-performance, large crushing ratio, powerful crushing VSI sand making machine and impact crushers. It is a reasonable equipment in the field of artificial sand making and stone shaping. It integrates professional crushing technology and a model of mechanical manufacturing. Accurate classification of finished products.ApplicationsSuitable for material fine crushing and shaping.
TypesImpact crusher + sand washing machineCone crushing + sand washing machineFeaturesThe right choice for processing construction sand and road construction sand. Equipped with a spiral sand washing machine, it is suitable for washing, grading and impurity removal in metallurgy, building materials, hydropower and other industries.ApplicationsProcessing of crushed or collected sand or finished sandIn areas with high environmental protection requirements, the production line is equipped with sand washing equipment, which can effectively remove dust and noise, and reduce dust pollution.