Vertical mill process and slag fine powder production line process. With the development of the domestic milling industry, we also have new requirements for all aspects of the milling equipment technology and technology. The bottleneck encountered by the milling equipment. Domestic manufacturers of milling equipment developed and produced vertical mills with a combination of drying, milling, powder selection and upgrading according to market demand. This equipment fully meets customers in the milling process. Demand, major technical and economic indicators have reached the international advanced level. SBM heavy machine, as a domestic leading technology manufacturer of pulverizing equipment, produces vertical mills that are specially used to process and treat solid waste resources such as water slag, non-magnetic steel slag, coal ash and slag. The technical problems of low production and high energy consumption of industrial mills have significant economic and social benefits. At present, the vertical roller mill equipment has been widely used in the domestic milling industry. The vertical mill has become an important equipment in the milling process and plays a vital role in the production process. Superiority has been affirmed by more and more customers in the production process. The following is the introduction of the milling process of the vertical mill of SBM Heavy Machinery Co., Ltd .: TLUM series vertical mill is mainly composed of electric motor, reducer, grinding roller device, grinding disk device, pressure device, powder separator, machine body, oil station, PLC electrical control system of the host computer, etc. The main motor drives the grinding disc to rotate through the reducer. At the same time, the wind enters the vertical mill body from the air inlet. The material falls in the center of the grinding disc through the feeding opening of the screw feeder. When the grinding roller area on the grinding disc is crushed by the grinding roller, a large piece of material is crushed directly, and the fine-grained material is pressed to form a bed for inter-grain crushing. The crushed material continues to move towards the edge of the grinding disk until it is taken away by the strong air current at the wind ring, and the larger particulate material falls back to the grinding disk and continues to be crushed. When the material in the air flow passes through the upper separator, it is in the rotor. Under the action of the blade, the coarse particles are returned to the grinding disc for grinding. The qualified fine powder is ground out with the air flow and collected by the system's powder collector. The collected powder is the product milled by the vertical mill. With the material moving to the edge of the grinding disc with the material, it cannot be blown by the wind due to its heavy weight, and fell to the lower cavity of the mill. The scraper plate installed at the bottom of the grinding disc was scraped into the slag discharge port and discharged outside . By adjusting the rotating speed of the multi-head powder separator rotor, qualified products with different finenesses can be obtained

Manufacturers of new sand making equipment need to have certain R & D capabilities, technical research and development teams, and manufacturing processes in order to produce high-performance, high-quality new sand making machines. Sand making machines usually include vertical impact crushers (forming machines) and cone VSI Crusher. Vertical impact crusher, also known as vertical shaft crusher, is a kind of sand making machine commonly used. Its main function is medium and fine crushing. Cone sand making machine is an excellent new type of sand making equipment, such as SJ series SJ series cone sand making machine (also known as superfine crushing cone machine / dry sand making machine). The vertical shaft sand making machine uses the "stone-to-stone" working principle, while the double gold cone sand making machine has been improved and uses the "stone grinding stone" working principle to carry out artificial sand making steps, becoming more efficient. The words "efficient, intelligent and environmentally friendly" are increasingly appearing in the slogans of various manufacturers, which indicates that the market demand for artificial sand is also increasing. The sand making machine is mainly suitable for crushing pebbles below 60 mm, high-speed paving stones shaping, basalt single particle shaping, dry sand making, suitable for river pebbles, basalt, greenstone, andesite, limestone, granite and other materials. When we consider which sand making machine to choose, we must also consider the choice based on your actual needs. New sand making equipment may not be the best fit for your own stone production line. Compared with the traditional sand making machine, the advantages of the new sand making machine are obvious, but the equipment performance of different manufacturers is different. When inspecting a manufacturer, we also need to understand the manufacturer's production strength, after-sales service, research and development capabilities, manufacturing capabilities and other aspects. We can go to the manufacturer's workshop and visit customers on site. Many manufacturers are not self-produced, they are still agents, and a good brand is very important. SBM Heavy Industries has been serving quarries in China for 30 years and has thousands of production line service experiences. SBM Heavy Industries also provides professional sand production line process solutions for free according to your actual needs, and configures one-stop service with appropriate equipment and strong after-sales service, allowing customers to buy with confidence.

Mineral resource is a kind of non-renewable resource. The formation process is made after thousands of years of geological changes, and the reserves are very limited. Kunming's hard stone Raymond mill can improve the comprehensive utilization of mineral resources and bring the value of limited resources to a great extent. Some of the mineral resources are inside the crust, some are buried beneath the surface, and some are bare. Due to the needs of economic development in the early years, all countries in the world are developing and utilizing mineral resources. In the face of declining mineral resources, many resources are in danger of being exhausted. From a long-term perspective, it is also for the sake of future generations. Utilization must be controlled, and reasonable efficiency and high utilization rate are the most important problems to be solved at present. First of all, resource utilization has a direct relationship with the fineness of the material. Taking coal as an example, the finer the fineness, the larger the air contact area, and the more adequate the combustion. The heat emitted by the same weight of coal and pulverized coal can be very different, and Incomplete combustion of coal blocks, high carbon dioxide production, and solid waste production, so the finer the material, the more uniform the utilization efficiency will be; Second, in addition to considering the utilization efficiency of the mineral resources themselves, the waste of resources is also one of the more common problems, especially the random discarding of tailings resources. In fact, although the quality of the mineral products in the tailings is not as good as that of the original ore, the usable value is still great. For example, limestone, iron ore, etc., are applied in the construction industry after being processed by a Raymond mill to make concrete raw materials and cement ingredients. At present, various mineral tailings are used in the construction industry after grinding treatment; Third, each use of minerals can often be replaced by new resources. In industrial production, solid waste is generated, such as slag, coal gangue, etc. Although such solid wastes are used properly, they are crushed and ground. It can replace many raw materials. Roadbed stones, pit fillings, aggregates in concrete, and Raymond machined into fine powder, the use value is higher. In the comprehensive utilization of mineral resources, Kunming Jianshi Raymond Mill is specifically reflected in the improvement of the utilization rate of raw ore, the full utilization of tailings and waste, and the solid waste recycling and reuse. The improvement of resource utilization requires continuous innovation in technology Backing up, all kinds of resources on the earth are limited. In order to ensure the rights and lives of future generations, we need reasonable exploitation to make the use of resources more rational.

The talc vertical mill is a kind of roller type milling equipment with a relatively small floor area, which is processed by the efficient talc vertical mill production scheme. It integrates crushing, drying, milling, powder selection, and powder processing to achieve a high fineness of 3000 mesh, which can effectively improve the output and service life of the talc vertical mill. With the needs of customers and the needs of the powder market, the advantages of vertical mills produced by Shanghai SBM have become increasingly prominent, and a number of different types of vertical mills have been introduced. It is an improved talc vertical mill based on the demand of the powder market. Shanghai SBM can change the particle size of the talc vertical roller mill through simple adjustment. It has a built-in fineness control device, a screening device can be added to the screening device, and two gates are closed to ensure that neither excessive grinding nor unqualified products are made. Mixed into the finished product. The inside of the fuselage adopts a vortex device, which has the characteristics of high temperature resistance, and can quickly dry materials with high temperature hot air. The drying time of the materials in the equipment is increased, and the thermal efficiency is also improved. The rotating material of the cylinder is completely exchanged with air to cool the material below 200 ° C, while improving the quality and wear resistance of the clinker. This improves the performance of the talc vertical mill. There are many types and types of talc vertical mills, and the performance of each type of machine in the production line is different. These different equipment models represent different production costs, so the price of talc vertical mills It will not be the same. In addition, changes in market demand and changes in the prices of raw materials make the production cost of talc vertical mills change. These factors make the sales price of talc vertical mills different in different periods. Therefore, SBM cannot directly tell the powder user the detailed price of the talc vertical mill, which needs to be judged one by one according to customer needs. If you need to obtain a quote for the vertical mill, you can log in to the SBM official website to check it. Adjust accordingly according to the needs of powder users. As a Shanghai SBM, the talc vertical mill is used in the field of talc milling, which naturally brings a new climate of environmental protection and low-carbon milling. The talc vertical mill has high milling efficiency, low unit energy consumption and production power Compared with traditional mills, the amount is significantly reduced. The powder making environment is sealed and dust-free, avoiding secondary pollution of the workshop environment caused by dust spillage, and environmental protection and low carbon. The type of powder produced by the type mill is different, which is suitable for some high-standard powder industries.

Now many people like to consult a few more when buying things, and then compare them, and some people just do n’t buy. The reason may be that they do n’t know enough about the performance, market, type, price, etc. If you want to buy high-quality products that meet your own needs, you need to comprehensively consider the product on the premise of fully understanding the product. There are many advantages of high-quality mills in general. However, these are derived from the selection of a good manufacturer. A good manufacturer has many excellent factors in itself. In order to better choose a high-quality Raymond Mill, what aspects do we need to consider when purchasing equipment? When buying things, everyone's habits may be different. Some people value a family and choose to buy directly there. Others look at two or three, and then choose from them. Family. So, what should we do when choosing a Raymond mill? Raymond mill is also called Raymond mill. It is developed using advanced technology at home and abroad. Compared with ordinary grinders, it has higher working efficiency, smaller power consumption, smaller floor area, less cost investment, and lower noise. Meet the requirements of green production. There are too many Raymond mill manufacturers on the market now, and many customers are unable to get started when buying. Although there are many Raymond mill manufacturers, there are still certain ways to choose satisfactory ones. Before you buy, you can look at a few more companies, and then look at the strength of the manufacturer. We must remember that a strong manufacturer, the quality of the equipment will not be poor, and the credibility is certainly very good. Better equipment protection. In addition, you can choose a manufacturer that has a good city development and good reputation and brand effect, because the quality of raw materials, labor costs, and products are also guaranteed. Next, it depends on the quality of the Raymond mill, because the quality of the material chosen by the manufacturer can directly affect the performance and service life of the equipment. There is after-sales service. Generally, large manufacturers will have perfect after-sales services. When problems occur, manufacturers can solve them in time. In short, having a high-quality Raymond mill is a prerequisite to ensure efficient production of users. To create more profits, it is very important to choose high-quality equipment. The above is summarized by Xiaobian for everyone, hoping to help customers find faster and better quality mills.

Granitic rocks are one of the main rocks that make up the continental crust. Granitic rocks are widely distributed in China. In the southeast and northeast, the distribution is more concentrated. The exposed area of granite in the southeast region is more than 200,000 km3, equivalent to 20% of the total area of the southeast region. Due to the characteristics of granite, the application of granite is more and more, the characteristics of the new vsi sand making machine structure granite, the use of high manganese steel lining plate and hammer head, fully broken granite, so that the granitic type of granite uniform, in modern engineering construction more applications. The main minerals in granite are quartz and feldspar. Without them or without one of them, granite cannot be named. The quartz content in granite is about 20%-50%. Feldspar content is about 60%-70%, mainly potassium feldspar, plagioclase as the second. The dark minerals are mainly biotite, with occasional Muscovite, and common amphibole or (and) pyroxene. Granite is divided into two species according to plagioclase: if plagioclase is more feldspar or sodium feldspar, known as calc-alkaline granite; If it is sodium feldspar and contains alkaline dark minerals (such as sodium amphibolite, sodium ferroamphibolite and aegirine pyroxene, etc.), it is called alkaline granite. Granite is mainly distributed in the upper layer of continental crust, and can be divided into shallow zone rock mass, middle zone rock mass and deep zone rock mass according to the depth of rock mass formation. Shallow-zone rock mass has obvious cross-shear relationship with surrounding rock, and is sometimes associated with the same volcanic rock, which is called sub-volcanic granite. Some yanshanian granite in the eastern coastal area of China belongs to this category. Most of the mid-belt rock masses have large basement and are generally complex, often emplacement in the center of the compound anticlinal axis or the camber structure. The deep zone rock mass is usually orogenic, and the surrounding rocks are generally amphibolite facies to granulite facies, which are often associated with various types of mixed rocks. The occurrence of granite usually includes granite camber, rock foundation, rock plant, rock cover and rock wall, etc. Because granite is widely distributed in the fold belt of different times and the shield area of precold period, it has been subjected to strong geological tectonic stress for many times, rock and minerals have undergone strong deformation, and a variety of dislocations have occurred in the crystals. The dislocation density can reach 108-10 times bearing error/cm2 (such as quartz crystal), and energy is stored (> In the lattice, the stored energy can be as high as 5.85j /g, and generally as high as 2.09-5.02j /g. Therefore, granite sometimes shows the alkali activity of slow reaction, but the reaction significantly appears the extension time of expansion and cracking, often continues to 30-50 years, should be vigilant. There are many projects abroad due to the use of granite aggregate expansion damage. Broken granite new sand-making machine, the structure of the new sand-making machine is simple, the operation, the price is cheaper than the same functional products, is a good choice for granite crushing plant.

Jaw crusher is a kind of coarse crushing equipment, which is mainly used for crushing stone and ore, such as river pebbles, pebbles, granite. The jaw crusher first appeared in 1858. It was first widely used in road construction and later in mines. It can now be used for medium-sized crushing of various ores and large materials. The maximum compressive strength of the crushed material is 320 MPa. It also has the characteristics of large crushing ratio, uniform product granularity, simple structure, reliable work, easy maintenance, and economic operation costs. When the stone crusher project report india, the motor is used as the driving force, and the eccentric shaft is driven by the V-belt and the grooved pulley through the motor pulley to make the movable jaw reciprocate according to the predetermined trajectory. The materials in the crushing cavity composed of plates are crushed, and the finished materials are discharged through the lower discharge port. The discharge port (discharge port) can be adjusted according to user needs to obtain qualified product material size. The granules crushed by the crusher are different for different equipment and materials purchased by customers. So, how to adjust the output particle size? 1. By adjusting the tension spring and the adjusted back wedge, use two wedges placed between the rear seat of the thrust plate and the frame to adjust the size effect of the particles. This method is suitable for small crushers. 2. Adjusting shims, that is, placing a set of shims between the back of the support plate of the rear thrust plate and the rear wall of the rack. By increasing or decreasing the number of shims or changing its thickness, the purpose of adjusting the ore discharge can be achieved.

Generally, when users use Raymond mills, the requirements for stones are different. For example, what is the hardness of the stones milled by Raymond mills, and the required moisture content of the stones is within a few percent, etc. The users of the milling machine are all confused, so the following is a brief introduction by the editor of Shanghai Shanzhuo Heavy Industry: During the processing of the stone by the raymond mill in india, the stone is first placed between the grinding rings of the grinding roller with a spatula, and the stone is tightly crushed under the centrifugal force and gravity of the grinding roller. On the ring, the stone is finally crushed and ground into powder. After understanding the working principle of Raymond mill, a lot of heat will be generated inside the grinding cavity during the grinding of the stone. If the moisture of the grinding stone is too large, the moisture of the stone itself will be heated during the grinding process. It will evaporate to a certain extent. In this way, the airflow direction inside the grinding chamber of the Raymond mill will be changed. If the situation is serious, it will lead to low capacity and explosion accidents. During the grinding of the stone by the Raymond mill, due to the excessive moisture of the stone itself, the stone sticks to the inside of the grinding cavity due to the high humidity during rolling, which causes more and more stone powder to adhere. The speed and pressure of the Mongolian mill are also increasing, which eventually leads to the output of the mill. If this phenomenon is not handled, the friction of other components will be increased, the speed of grinding will be reduced, and the wear on the accessories will be caused, which will reduce the life of the Raymond mill. However, different types of stones require different moisture during operation. Generally, the Raymond mill requires that the moisture is generally not higher than 6%, so that it can better display good results. This ensures that the milling efficiency and quality of the Raymond mill can achieve good results.

There are endless ways to increase the production of ball mills, and ball mill manufacturers can try them, but in the pursuit of ball mill production methods, we must pay attention to scientific methods to create more economic benefits for the majority of ball mill customers, for this we must continue to work hard! Improve Various methods of ball mill output Many ball mill manufacturers are thinking about the same problem, that is, how to increase the output of the ball mill based on the original. Of course, SBM Mining Equipment Co., Ltd. also continues to summarize and improve, and then summarizes the following four methods To share with you: First, reduce the particle size of the ore grinder into the grinding material, and the basic work must be done well, to control the moisture of the material into the mill, generally 1.5% ~ 1.8%. Second, strengthen the management of grinding bodies, some of the grinding balls are steel balls, and some are steel forging. Manufacturers need to increase the grinding body loading capacity within a suitable range to a large extent. The steel balls in a warehouse must be smooth, high quality, and make up large balls in time. The second warehouse is mainly for grinding. The larger the surface area of ​​the grinding body, the finer the grinding material. 3. The ventilation inside the ball mill must be strengthened. This can cool the material inside the mill, improve the grindability of the material, discharge the water vapor in the mill in time, reduce the phenomenon of clogging of balls and rafters, and increase the flow rate of the material in the mill. Generally speaking, the wind speed of open-circuit mill is 0.7 ~ 1.2m / s, and the wind speed of closed-circuit mill is 0.3 ~ 0.7m / s. Fourth, the structure of the ball mill is improved, and the air extraction device is installed in the exhaust pipe to reduce the over-milling of the material.

The phenomenon of residual wind will occur during the operation of raymond mill. The occurrence of residual wind seriously affects the normal use of the equipment. When the residual wind occurs, it must be resolved in time. In this way, the residual wind can collect the materials normally, quickly and effectively. Why is there a phenomenon of residual wind in the Raymond mill? 1. The Raymond mill in operation will generate heat, making the temperature of the fluid in the loop higher than the workshop by 30 degrees Celsius. The hot air flow must have a boring effect on the material, so that the moisture in the material will be vaporized, and the system flow temperature. Too high, the entire fluid expands due to the increase in temperature, and the equipment leaks too much, which results in excessive air intake during the use process and too small air exhaust. During the production process, a section of the loop is under negative pressure. Above the feeding port of the mill, they are in the negative pressure zone. The maintenance door and the feeding port of the raymond mill are not tightly sealed during operation, and the air will be sucked in through the feeding port when feeding. 2. The wind power system is one of the factors affecting the output and granularity of the equipment. If the system is not tightly sealed, it will cause air leakage or powder dust, which will make the workshop environment harsh and waste a lot of materials. Therefore, it is necessary to discharge the excess surplus air through the exhaust air pipe to remove dust, so as to avoid the disturbance of the production workshop. At the same time, the position of the residual air duct should be placed on the air duct of the blower and the large cyclone separator, so that a large amount of material enters the residual air duct. 3. When using Raymond mill, you can't just understand the knowledge of Yu Feng, but also understand that users must pay attention to all aspects of the understanding when using, so that the user's equipment can play a good state. The above is the introduction of the residual wind of the Raymond mill. I hope it will be helpful to everyone and friends. If you encounter problems that cannot be solved during production, you can consult us online and we will analyze your own equipment in detail. Some problems and give corresponding solutions.