Sometimes, with the prolonged use of Raymond Mills, Raymond Mills have started longer and longer. What is going on? Here, Great Wall Heavy Industries’ raymond mill experts advise you on some diseases that are difficult to start with a flour mill.
1, Raymond Mill power. If the power of the Raymond Mill is relatively small and does not reach the rated power, Raymond Mill equipment cannot start up.
2, Raymond Mill’s maximum bearing capacity. If it is difficult to start the Raymond Mill, you should look at the maximum load capacity of the mill in the manual of the mill. When the Raymond Mill is overloaded or it encounters too many steel forgings, it will be particularly difficult to start. .
3, Raymond mill loading. It can also be difficult to start when the Raymond mill is underloaded.
Therefore, do not attribute the difficulty of Raymond Mill startup to the quality of the product. If you suspect the credibility of the mill’s products, we should start with ourselves and check whether the Raymond Mill is guilty of the above. This kind of disease, or is it because of some mistakes in its operation, because the slow start of Raymond Mill is basically not directly related to the quality of Raymond Mill.
The development of science and technology and economy has basically met people’s production and living needs. However, although people’s material life and spiritual enjoyment have been temporarily satisfied, the increasingly harsh environment has seriously affected people’s normal lives. Many people still have Because of the harsh environment, I was afflicted with various diseases and eventually died. So now people are paying attention to how to protect our environment while developing their economy. In the milling industry, environmental protection work needs to be done more closely. The use of dust collectors allows dust mills to stop dancing during the production process.
Although the use of dust collectors has a good effect on the protection of the environment, some users did not configure the mill at the beginning of the purchase, or they were randomly deployed in later use, and did not completely match their own milling equipment. This will not be able to play an environmentally friendly role. This does not show on the website today that a customer has consulted where to sell the dust removal equipment for the HGM Ultrafine mill.
HGM Superfine Mill is the latest research and development of ultra-fine powder equipment in recent years, there are many manufacturers on the market are producing, but due to different design and technology, will also cause users to buy HGM Superfine Mill has a certain The difference. Shanghai SBM is a professional ore milling machine manufacturer. HGM Superfine Mill is currently a company’s main pusher of a milling equipment, and its supporting dust collector also has many models, including bag filter, pulse dust collector Etc., both have their own advantages, users can choose according to their actual needs.
In addition, Shanghai SBM also reminds its customers here that when choosing a milling machine, try to buy a complete set of machines, especially wearing parts, from one manufacturer, because the technology is rapidly developing, and it may not be long before you purchase. The manufacturer of that model will no longer produce this type of machine. It will be very troublesome if the wearing parts are broken.
With the vigorous development of the construction industry, the increasing amount of sand for engineering use and the decrease in natural sand resources have made it difficult to meet market demand. The promotion and application of artificial sand is an inevitable choice for the development of gravel industry in China. The application of artificial sand also stimulated the entire construction machinery industry to research and improve the technology and process flow of heavy mineral processing equipment. As the sand making machine that occupies an important position in the sand production line, the stability and durability of the components are particularly important. The stability of the work determines the related conveyors, feeders, sorting machines, etc. Work efficiency. In order to prolong the service life of the sand making machine, SBM mining machine is recommended to optimize the working process of the sand making machine, mainly in the following aspects:
1. Check whether the door of the vortex chamber is closed before driving to prevent the material from rushing out of the vortex chamber.
2. Check the rotation direction of the impeller and look from the direction of the inlet. The impeller should be rotated counterclockwise, otherwise the motor wiring should be adjusted.
3, the starting order of the sand making machine and the conveying equipment is: discharging → sand making machine → feeding; crusher is started with no load and can be fed after the crusher runs normally. The shutdown sequence is the reverse of the boot sequence.
4. Feeding granules strictly according to the stipulated requirements, it is forbidden to enter the crusher beyond the stipulated materials, otherwise, it will cause the imbalance of the impeller and excessive wear of the impeller, causing the plugging of the impeller passage and the center feeding pipe to make the crusher unable to work normally. Bulk material was found to be eliminated in time.
5. When the discharge equipment stops, feed should be stopped in time. Otherwise, the impeller will be crushed and the motor burned.
6. Feeding continuously and evenly.
7. During the operation of the crusher, there shall be no severe vibration and abnormal noise; otherwise, it shall be stopped and checked.
8, the lubrication of the machine is dry oil lubrication method, the amount of 1/2-2/3 of the bearing cavity, the crusher add a proper amount of grease for each shift.
9. In order to ensure the energy saving of the sand making machine, the tension of the driving triangle tape of the sand making machine should be adjusted properly to ensure the uniform force of the triangular tape. When the dual motors are driven, the two sides of the triangle tape should be grouped and matched. The group length is as consistent as possible. Stop the observation door at regular intervals to observe the internal wear condition of the sand making machine. The degree of wear of the center feed pipe, conical cap, impeller, down flow channel lining plate, circumferential guard plate and wear-resistant block should be promptly replaced or repaired after wear and replace. When grinding blocks should be replaced at the same time, to ensure the same weight of wear blocks. It is forbidden to open the observation door during the work of the crusher to observe the internal working conditions so as to avoid danger. It was found that the impeller body was worn out and promptly replaced by the manufacturer. The Sand making machine adds proper amount of grease every 400 hours of work, and works for 2000 hours to open the main shaft assembly to clean the bearing. Generally, it will work for 7200 hours and replace the new bearing. The upper bearing of the main shaft assembly is a floating end, and the lower end bearing is a fixed end. After the assembly, pulling the pulley by hand should be flexible.
In addition, the use of high-performance impeller is also. In order to increase the service life of the sand making machine, the SBM mining machine utilizes a high-manganese steel structure to improve the novel impeller device in which the vortex rotation mode and the emission speed can be adjusted adaptively. Effectively improve the service life of the sand making machine, saving users money and recycling costs. SBM ore sand machine has small particle size, uniform particle size, large production capacity, long hammer life, small supporting power, variable three-stage crushing, secondary crushing, simplified process, simple structure, easy maintenance, and stable operation. SBM Mineral Machinery provides you with detailed technical solutions and after-sales services.
The construction waste crusher industry has the characteristics of low return, long operating cycle, stable returns, high capital deposition, and high policy risk. It adopts a market-based franchising model and requires professional construction waste disposal companies to operate in order to make the franchise produce social benefits. Bigger. Because specialized construction waste disposal companies have the following characteristics:
1. Rich operating experience. Professional construction waste disposal companies generally have extensive experience in the management and operation of construction waste treatment facilities. These experiences include systematic day-to-day operation modes, system training for employees to become qualified practitioners, and regular maintenance rules for waste treatment facilities, etc. .
2. Professional skill level. The professional construction waste crusher company must have a certain scale, gather a large number of skilled workers and excellent technical personnel, and give complete intellectual support to the professional operation of the company. The construction waste management company must consider the issue of economic efficiency in the process of construction, operation and management of the facilities, and will certainly increase the renewal and maintenance of professional equipment. Only in this way can higher profits be obtained. By increasing the technological development and strengthening the operation management in the construction waste disposal process, equipment manufacturers and users can finally realize greater profits.
3. Advanced management methods. For investors, the profit mainly includes two parts: First, engineering construction, using a legal fixed amount to calculate investment, usually the cost will always be about 15% higher than the actual cost, and at the same time professional construction waste disposal companies Responsibility will also save some funds. Second, profits from operations, professional construction waste disposal companies, through the professionalization of the operation and the improvement of the degree of mechanization, can avoid the emergence of government-related unit construction waste disposal plant personnel complicated situation, save a lot of human resources to open up capital.
After the bulk material is crushed by the jaw crusher to the required grain size, the raymond mill is used to send the material to the storage hopper, and then the vibrating feeder is evenly and quantitatively fed into the main grinding chamber for grinding, after grinding. The powder is carried away by the fan airflow.
After being graded by the analyzer, the powder with fineness enters the large cyclone collector along with the gas flow through the pipeline, and is separated and collected, and then discharged through the powder tube as finished powder. The air flow is sucked into the blower by the return air pipe at the upper end of the cyclone collector. The entire air flow system of the machine is closed and circulates under positive and negative pressure.
The above is a detailed introduction about the structure and working principle of Raymond Mill. The relevant staff can refer to it. Before the raymond mill is installed, it should be properly kept. A complete maintenance system must be established to prevent the machine from being exposed to the sun, rain or rust. In the process of using Raymond Mill, it requires a fixed number of people to look after it. It also requires the operator to have a certain level of technology, but also to understand in detail its structure and working principle, and familiar with the operating procedures.
There are many materials that can be processed by ultrafine mill, and the fineness of the finished ore processed with ultra-fine micro-grinding is the most concern for customers and manufacturers. Most customers have certain requirements for the fineness of finished products. Therefore, For some of the ore materials that appear on the market, the requirements on the fineness of materials for processing are very strict. What are the most important factors affecting the fineness of ore materials in ultra-fine mills?
The fineness of the ultrafine mill is influenced by many factors in the processing. To increase the fineness of the mill, it is first necessary to understand the main factors affecting the ultra-fine mill, and then to solve the problem from the source. The problem is the hardness of the ore itself, the size of the crushing size, the size of the ore, the size of the grid sieve, the selection of the ultrafine microplate, the selection of the ultrafine grinding model, the wear of the classifier blade, and other aspects. The degree of wear, the speed of ultra-fine grinding, the height of the main shaft of the ultra-fine mill, the size of the ultra-fine grinding water, and the amount of flushing water in the discharge port will have a certain influence on the ultra-fine grinding.
In order to increase the production of ultra-fine grinding, the most important thing is to further analyze the problems of ultra-fine grinding in processing, so as to understand the main factors affecting the fineness of processing, so that it can be more than one in the future production and processing. Grasp the floor to increase production efficiency in the production process to ensure the smooth production of the mill.
Ultra-fine grinding ensures the fineness and yield of the mill. At the same time, it guarantees the quality of the product. Therefore, in the production process of milling, it is more important to pay attention to the maintenance and maintenance of the ultra-fine grinding. Fine grinding has a better performance in production. Therefore, users must pay attention to maintenance and maintenance while using ultra-fine micro-grinding to achieve better development of micro-grinding.
In the production, the fineness of finished products and the quality of finished products for ultra-fine grinding are mainly the above factors. I hope to provide better help to customers and manufacturers. Shanghai Collierc offers various types of mills, crushers and Hoist.
What are the factors that need to be considered when investing in a construction waste recycling and recycling production line? With the support of the current favorable policies for the construction of resource-based construction waste, investment in the Construction Waste Crusher industry is clearly more advantageous. In order to help more small and medium-sized investors to complete the task of environmental protection development as soon as possible, SBM Machinery provides a full range of feasibility report, resource-based production line configuration, local actual situation investigation and other aspects.
In April of this year, SBM Machinery received an inquiry hotline from an Anhui customer. Because it was the first time to contact the Construction Waste Crusher industry, customers were not particularly familiar with the specific processes and reprocessing modes, and he hoped SBM mechanical energy could Provide more detailed video and picture information. Through numerous communication with customers, SBM Machinery successfully completed the signing of this Hefei customer.
According to the actual situation of resource disposal of construction waste in Anhui Province, SBM Machinery has recommended the disposal of large-scale construction waste processing equipment with an annual processing capacity of 800,000 tons. Whether it is concrete waste or brick tiles, the solid waste recycling production line can all be “eaten”, and after a short time of “digestion” operations, it has completed the transformation work to a variety of recycled building materials.
From the perspective of the entire production line, its core is still on the mobile crushing plant. SBM Machinery has obtained the national patented technology approved crushing equipment, which has both efficiency and environmental protection issues. If you are also interested in the construction waste recycling project of SBM Machinery, you are welcome to communicate directly with our online customer service staff.
Raymond Mill is a kind of grinding equipment that we commonly use in industrial ultrafine mill. It is suitable for limestone, calcite, marble, talc, gypsum, barite, fluorite, zeolite, manganese ore, ilmenite, phosphorus Minerals, bentonite, starch, kaolin and other stones with a hardness of less than Mohs 7 are ground and used in a wide range of applications, all of which are inextricably linked to its new grinding system. So what technology is applied to the grinding system used by Raymond Mill?
1. The new technology adopts a new vertical roll device. The grinding roller and the grinding ring are always in balance during the grinding process to form a uniform line contact grinding zone. The height of the grinding roller and grinding ring is increased from the original 160 mm to 200 mm, which increases the grinding contact area to a greater extent.
2. The classifier adopts a forced turbine classifier to extend the granularity of the finished product from the original 80-325 mesh range to the 80-800 mesh range.
3. The wind transport and finished product collection system was updated to have a negative pressure, secondary dust collection and high efficiency dust collector, so that the finished product can be collected more thoroughly.
The equipment is called a roller mill when the material is pressed between two rolled rolling surfaces or between a rolling grinding body (ball, roller) and a track (plane, ball, plate) under pressure. Also known as a centrifugal mill. There are many types of roller mills, such as disc mill, ring mill, roller mill, raymond mill, pendulum mill, etc. This article mainly introduces the structure and process system of Raymond Mill.
Raymond Mill, also known as suspended roller mill, has the advantages of stable performance, convenient operation, low energy consumption, and fine product fineness. Therefore, it is widely used in fine grinding of coal, quartz, talc, graphite, heavy calcium and chemical raw materials.
Raymond Mill’s structure is shown in Figure 1. The roller is installed on the plum blossom frame by the shaft. The plum blossom frame is driven by the transmission device to rotate. The grinding ring is fixed and the material is fed from the side of the machine body through the feeder to the machine, and is grinded between the roller and the grinding ring. Crushing action, the airflow is blown in a tangential direction from the lower part of the grinding ring, passes through the grinding zone between the roller and the disk, and enters the upper wind power classifier together with the dust. There are 3~5 rollers hung on the plum blossom frame, orbiting around the central axis of the body. Due to the centrifugal force generated by the revolution, the roller presses against the grinding ring and rolls on it. The material fed into the mill is shoveled by a blade and lifted between the roller and the grinding ring.
Raymond Mill’s process system is shown in Figure 2 below. After the material is coarsely crushed by a jaw crusher, it is fed into the bucket elevator and then falls into the feeding hopper, and is fed into the lower part of the Raymond Mill ring in a tangential direction through the electromagnetic vibrating feeder and lifts the ground material. After being graded by a classifier (or classifier) set in the mill, the coarse particles fall down and are ground again, and the fine particles are collected by a cyclone collector to become a product. For this system can be sent into the hot air, Raymond Mill can be used as a combination of grinding and drying, feed moisture up to 10% to 12%, while the product’s moisture is close to zero.
Coal gangue is a kind of main coal solid waste, which is discharged during the process of coal mining and coal washing. It is a kind of dark gray rock with low carbon content and harder than coal, which is associated with the coal layer during the coal formation process. Coal gangue has high recycling value, but it is difficult to use. It really makes the majority of coal owners love and hate; at the same time, along with the accelerating pace of China’s coal mining, solid waste discharged from coal mining process is increasing. The more it poses a serious threat to our ecological environment. Therefore, whether it is from the perspective of protecting the environment, or from the interests of the mining owners themselves, the rational disposal of coal gangue is very important.
SBM Mining Machinery Co., Ltd. has long been engaged in the R&D and production of industrial milling equipment, and is good at introducing and learning advanced foreign technologies. By combining its own rich R&D experience and focusing on the characteristics of coal gangue, SBM Mining Machinery has developed and manufactured Raymond Mill and high strength. Milling machine, high-pressure powder machine, three-ring medium-speed powder machine, ultra-fine grinding. Among them, raymond mill is one of the best, especially suitable for fine grinding of coal gangue.
Throughout the performance of SBM Raymond Mill in material processing, not only high milling efficiency, large output, but also a wide range of applications, it can easily process all kinds of crushed Mohs hardness below 7 and humidity below 6%. Non-flammable and explosive materials, such as coal gangue, fly ash, slag, steel slag, water slag, iron ore, talc, limestone, barite, pyrophyllite, illite, medical stone, kaolin, bentonite, aluminum crucible Soil and so on. Not only that, Raymond Mill’s application is very flexible and its fineness is high. It can be arbitrarily adjusted between 0.613mm and 0.44mm. It can meet a variety of processing needs of customers and has become the preferred equipment for many ultrafine powder processing. .
At present, SBM machine Raymond Mill has been widely used in coal gangue smashing projects in major coal mining bases. The effect is remarkable. The coal gangue that has been crushed and processed has been successfully applied to cement, concrete, new-type walls, and coal. In the production of building materials such as gangue fired bricks, coal gangue has doubled in value and has become the darling of the building materials market. Not only protecting the environment, but also increasing the benefits of the mine owners themselves, it is indeed a good thing that kills two birds with one stone!