GRINDING PLANT MACHINERY
VM - Vertical Grinding Mill
Introduction
Vertical mill is a large grinding equipment based on years concentrated design and development by introducing advanced European technology and years design and manufacturing experience and market demand to solve the problem of low production capacity and high power consumption of traditional grinding mills. Vertical mills have adopted reasonable and reliable structure design acting in concert with advanced process which is integrated by drying, grinding, powder separating and elevating, which is able to meet clients’ need well with internationally advanced technological and economical indexes and can be adopted in cement, hydroelectric construction, metallurgy, chemical, and non-metal ore grinding, especially in large scale grinding or various ores of lump and grain shape into powder.
Mm to inch conversion: 25.4millimeters=1 inch
The humidity and hardness of raw material will affect the fineness and capacity.
Features
1. Low operation cost
(1) High grinding efficiency. Vertical mills grind material through grinding between grinding rollers and material bed with 40%-50% less power consumption comparing with ball mill, which will be more obvious while moisture is increasing.
(2) Less metal wear. Liner and rollers are made of special material which enables longer life, less operation cost and higher utilization.
(3) Outer loop device is equipped to reduce power consumption further.
(4) Larger feed material size which can be 5% of roller diameter, generally ranges from 40 to 100mm. And by using medium and large models, there will be no need to use secondary crushing system.
2. Lower Construction Cost
(1) Simple process. Land occupation and construction area can be 50% less comparing with ball mill system reducing construction cost by about 70%.
(2) Vertical mill is an integration of crushing, drying, grinding, separating and conveying, which is simple in system, compact in distribution and can be distributed in open air, which will cause less construction expense.
3. Simple and stable operation:
(1) Automatic control system is equipped to enable long distance control and is simple in operation.
(2) Special device to avoid direct contact of rollers and disc liner has been equipped to avoid fragmentation severe vibration.
4. Powerful drying ability. Vertical mills adopts air stream in material conveying. During grinding of material with higher moisture, wind temperature can be controlled so as to repair final products to meet moisture requirements, which is up to 12% to 15% in vertical mill, which can only be 3-4% in drying ball mill.
5. Stable products quality and even products shape. Material will stay only a short period in the mill making inspection and control of product grain size and chemical composition easier and quality of products more stable.
6. Easy in maintenance. Maintenance can be completed by maintaining oil cylinder, turning moving arms, rollers, liner quickly.
7. Environmental friendly and low in power consumption. There will be light vibration, small noise, small amount dust, clean operating environment, which can meet environment protection requirement well.
Ore Mill:
Vertical mill is a large grinding equipment based on years concentrated design and development by introducing advanced European technology and years design and manufacturing experience and market demand to solve the problem of low production capacity and high power consumption of traditional grinding mills. Vertical mills have adopted reasonable and reliable structure design acting in concert with advanced process which is integrated by drying, grinding, powder separating and elevating, which is able to meet clients’ need well with internationally advanced technological and economical indexes and can be adopted in cement, hydroelectric construction, metallurgy, chemical, and non-metal ore grinding, especially in large scale grinding or various ores of lump and grain shape into powder.
Mm to inch conversion: 25.4millimeters=1 inch
The humidity and hardness of raw material will affect the fineness and capacity.
Features
1. Low operation cost
(1) High grinding efficiency. Vertical mills grind material through grinding between grinding rollers and material bed with 40%-50% less power consumption comparing with ball mill, which will be more obvious while moisture is increasing.
(2) Less metal wear. Liner and rollers are made of special material which enables longer life, less operation cost and higher utilization.
(3) Outer loop device is equipped to reduce power consumption further.
(4) Larger feed material size which can be 5% of roller diameter, generally ranges from 40 to 100mm. And by using medium and large models, there will be no need to use secondary crushing system.
2. Lower Construction Cost
(1) Simple process. Land occupation and construction area can be 50% less comparing with ball mill system reducing construction cost by about 70%.
(2) Vertical mill is an integration of crushing, drying, grinding, separating and conveying, which is simple in system, compact in distribution and can be distributed in open air, which will cause less construction expense.
3. Simple and stable operation:
(1) Automatic control system is equipped to enable long distance control and is simple in operation.
(2) Special device to avoid direct contact of rollers and disc liner has been equipped to avoid fragmentation severe vibration.
4. Powerful drying ability. Vertical mills adopts air stream in material conveying. During grinding of material with higher moisture, wind temperature can be controlled so as to repair final products to meet moisture requirements, which is up to 12% to 15% in vertical mill, which can only be 3-4% in drying ball mill.
5. Stable products quality and even products shape. Material will stay only a short period in the mill making inspection and control of product grain size and chemical composition easier and quality of products more stable.
6. Easy in maintenance. Maintenance can be completed by maintaining oil cylinder, turning moving arms, rollers, liner quickly.
7. Environmental friendly and low in power consumption. There will be light vibration, small noise, small amount dust, clean operating environment, which can meet environment protection requirement well.
Ore Mill:
Notes:
1. Material should be with hardness less than 7 in Mohs'.
2. Hot air is only necessary if outlet moisture is required to be less than inlet moisture.
3.When grinding material is difficult to grind, please use the largest power.
Coal Mill:
1. Material should be with hardness less than 7 in Mohs'.
2. Hot air is only necessary if outlet moisture is required to be less than inlet moisture.
3.When grinding material is difficult to grind, please use the largest power.
Coal Mill:
MTW Series Trapezoid Mill
Introduction
MTW series European technology trapezium grinding mill is newly promoted with advanced technology in the world and its own knowledge patents. This type grinding mill adopts integral-drive bevel gear, inner automatic thin-oil lubrication system, arc air channel and several latest patent technology.
The MTW series trapezium grinding mill is mainly used in the industries metallurgy, construction, chemical, mining and other industry. It can grind quartz, feldspar, calcite, talcum, barite, fluorite, rare earth, marble, ceramics, bauxite, manganese, iron, copper, rock phosphate, iron oxide red, zircon sand, slag, slag , cement clinker, activated carbon, dolomite, granite, garnet, iron oxide yellow, fertilizer, compound fertilizer, fly ash, bituminous coal, coke, lignite, Ling U.S. sand, chromium oxide green, gold, red mud, clay, Kaolin, coke, coal gangue, porcelain clay, kyanite, fluorspar, bentonite, medical stone rhyolite, diabase, leaf wax rock, shale, purple rock, Diego rock, basalt, gypsum, graphite, silicon carbide , insulation materials, and many other types of non-flammable non-explosive ores, which hardness are below 9 grade, and with moisture less than 6%.
Mm to inch conversion: 25.4millimeters=1 inch
The humidity and hardness of raw material will affect the fineness and capacity.
MTW series European technology trapezium grinding mill is newly promoted with advanced technology in the world and its own knowledge patents. This type grinding mill adopts integral-drive bevel gear, inner automatic thin-oil lubrication system, arc air channel and several latest patent technology.
The MTW series trapezium grinding mill is mainly used in the industries metallurgy, construction, chemical, mining and other industry. It can grind quartz, feldspar, calcite, talcum, barite, fluorite, rare earth, marble, ceramics, bauxite, manganese, iron, copper, rock phosphate, iron oxide red, zircon sand, slag, slag , cement clinker, activated carbon, dolomite, granite, garnet, iron oxide yellow, fertilizer, compound fertilizer, fly ash, bituminous coal, coke, lignite, Ling U.S. sand, chromium oxide green, gold, red mud, clay, Kaolin, coke, coal gangue, porcelain clay, kyanite, fluorspar, bentonite, medical stone rhyolite, diabase, leaf wax rock, shale, purple rock, Diego rock, basalt, gypsum, graphite, silicon carbide , insulation materials, and many other types of non-flammable non-explosive ores, which hardness are below 9 grade, and with moisture less than 6%.
Mm to inch conversion: 25.4millimeters=1 inch
The humidity and hardness of raw material will affect the fineness and capacity.
Features
1.Integral-drive bevel gear: an additional reducer is needed for a traditional mill, and drive the main draft through sleeve pipe, which is difficult in installing, has loud noise and low efficiency. The MTW series European trapezium mill is integral-drive bevel gear, which is more compact in structure, convenient and prompt to install and adjust, and helpful for improving efficiency.
2.Inner thin oil lubrication system: lubrication pattern of traditional mills is grease lubrication, which has more resistance, high temperature, short life span; the MTW series European trapezium mill adopts inner oil pump, no additional oil pump or lubrication plant is needed, and lubrication can be implemented to the main draft and cone gear draft.
3.Arc air channel: mill air channel of traditional mills are of straight type. This structure has disadvantages of resistance caused by air flow impacting air channel plat, energy loss caused by mutual impact of air molecules, vortex flow cause stuck of air channel. Air channel of the MTW series European trapezium mill adopts the curved surface channel, in which, air flow is able to enter smoothly with little resistance; the inner outlet is helpful for scatter of materials and can reduce material stuck.
4.Blade on the curved surface is changeable: blade of traditional mill is wearable, and blade is a wholesome one, which should be changed totally and is material wasting and will prolong stop time. Blade of the MTW series European trapezium mill is of high abrasive alloy material, long life span; which changing, only blade is necessary to be changed, which can greatly improve material utilizing ratio. Besides, with traditional flat blade, materials are piped to one layer, which is possible to damage center of roller ring of the roller, while curved blade is able to guide materials to a vertical surface and powder can be milled in up-middle-down part of the roller and mills evenly, which is able to increase working area and capacity.
5.Separated cyclone dust collector: separated structure is adopted between the inner barrel and mixed air powder, which is able to improve efficiency and accuracy of powder selection.
6.Wind inlet scroll casing: for traditional mill, inner side of the inner observing door protrudes, which is not on the same surface with the wind inlet scroll casting. Thus, there will be eddy effect, and energy consumption of the whole system will increase a lot, while those of the MTW series are on the same surface, which is able to avoid eddy effect.
1.Integral-drive bevel gear: an additional reducer is needed for a traditional mill, and drive the main draft through sleeve pipe, which is difficult in installing, has loud noise and low efficiency. The MTW series European trapezium mill is integral-drive bevel gear, which is more compact in structure, convenient and prompt to install and adjust, and helpful for improving efficiency.
2.Inner thin oil lubrication system: lubrication pattern of traditional mills is grease lubrication, which has more resistance, high temperature, short life span; the MTW series European trapezium mill adopts inner oil pump, no additional oil pump or lubrication plant is needed, and lubrication can be implemented to the main draft and cone gear draft.
3.Arc air channel: mill air channel of traditional mills are of straight type. This structure has disadvantages of resistance caused by air flow impacting air channel plat, energy loss caused by mutual impact of air molecules, vortex flow cause stuck of air channel. Air channel of the MTW series European trapezium mill adopts the curved surface channel, in which, air flow is able to enter smoothly with little resistance; the inner outlet is helpful for scatter of materials and can reduce material stuck.
4.Blade on the curved surface is changeable: blade of traditional mill is wearable, and blade is a wholesome one, which should be changed totally and is material wasting and will prolong stop time. Blade of the MTW series European trapezium mill is of high abrasive alloy material, long life span; which changing, only blade is necessary to be changed, which can greatly improve material utilizing ratio. Besides, with traditional flat blade, materials are piped to one layer, which is possible to damage center of roller ring of the roller, while curved blade is able to guide materials to a vertical surface and powder can be milled in up-middle-down part of the roller and mills evenly, which is able to increase working area and capacity.
5.Separated cyclone dust collector: separated structure is adopted between the inner barrel and mixed air powder, which is able to improve efficiency and accuracy of powder selection.
6.Wind inlet scroll casing: for traditional mill, inner side of the inner observing door protrudes, which is not on the same surface with the wind inlet scroll casting. Thus, there will be eddy effect, and energy consumption of the whole system will increase a lot, while those of the MTW series are on the same surface, which is able to avoid eddy effect.
Micro Powder Mill - HGM
Introduction
Micro Powder Mill - HGM series micro powder mill is a processing equipment for fine powder and super fine powder. It’s mainly used to grind non-flammable, non-explosive non-mental materials with medium and low hardness, temperature below 6%, and Mohs hardness below 9 grade.
Mm to inch conversion: 25.4millimeters=1 inch
The humidity and hardness of raw material will affect the fineness and capacity.
Micro Powder Mill - HGM series micro powder mill is a processing equipment for fine powder and super fine powder. It’s mainly used to grind non-flammable, non-explosive non-mental materials with medium and low hardness, temperature below 6%, and Mohs hardness below 9 grade.
Mm to inch conversion: 25.4millimeters=1 inch
The humidity and hardness of raw material will affect the fineness and capacity.
Features
1.Low investment cost. With same fineness and motor power, it invest less comparing with airflow mill, stirring mill, ball mill, which is of low cost, short recovery period and twice more production capacity.
2.High powder outlet ratio. With same product fineness and energy consumption, capacity is 45% higher comparing with airflow mill and stirring mill.
3.Less loss of wearable parts, long life span. All wearable parts are of high-quality abrasion resistant materials both at home and abroad, which has longer life span than ordinary mill, generally more than one year.
4.High security and reliability, running safely and stably in the grinding cavity. Comparing with ordinary mill, the super fine mill has advantages of no rolling draft, no bolts. Thus, there is no problem of weariness of drafts and other seal parts, which can avoid bolts loosing and machine damage.
5.High fineness of final product. Final fineness can reach d97≤5μm in one time.
6.Environmental and less pollution. High efficient pulse dust removing device is adopted, which can guarantee little dust pollution of the whole set of equipment. Muffler and silencer room are allocated, which will reduce dust pollution and noise and meet the national environment protection standard, and protect the surrounding environment.
1.Low investment cost. With same fineness and motor power, it invest less comparing with airflow mill, stirring mill, ball mill, which is of low cost, short recovery period and twice more production capacity.
2.High powder outlet ratio. With same product fineness and energy consumption, capacity is 45% higher comparing with airflow mill and stirring mill.
3.Less loss of wearable parts, long life span. All wearable parts are of high-quality abrasion resistant materials both at home and abroad, which has longer life span than ordinary mill, generally more than one year.
4.High security and reliability, running safely and stably in the grinding cavity. Comparing with ordinary mill, the super fine mill has advantages of no rolling draft, no bolts. Thus, there is no problem of weariness of drafts and other seal parts, which can avoid bolts loosing and machine damage.
5.High fineness of final product. Final fineness can reach d97≤5μm in one time.
6.Environmental and less pollution. High efficient pulse dust removing device is adopted, which can guarantee little dust pollution of the whole set of equipment. Muffler and silencer room are allocated, which will reduce dust pollution and noise and meet the national environment protection standard, and protect the surrounding environment.
Trapezium Mill
Introduction
The mill is innovated and developed based on many years hard research, designed and improved according to using and suggesting of mill users, on basis of high roller mill, which is a new, efficient, energy saving super fine powder making machine for customers abroad. Trapezium working table, flexible connection, linked pressure boost of rollers are the patented technology, which has set up the most advance level in the world for the super pressure trapezium mill.
The super pressure trapezium mill is mainly used in metallurgy, construction materials, chemicals, ores, highway construction, hydroelectricity, fire resistant materials, steel industries to process powder. Those materials such as quartz, feldspar, calcite, talc, barite, fluorite, rare earth, the marble, ceramic, bauxite, iron ore, copper, iron oxide red, zircon sand, slag, cement clinker, activated carbon, dolomite, , granite, garnet, iron oxide yellow, fertilizer, compound fertilizer, fly ash, coal, Ling U.S. sand, chromium oxide green, gold, red mud, clay, kaolin, coke, coal gangue, porcelain clay, kyanite , fluorspar, bentonite, stone, shale, basalt, gypsum, graphite, silicon carbide, thermal insulation materials with mohs hardness below 9.3 and humidity below 6%, and non-flammable and non-explosive ore materials are suitable for processing.
The trapezium mill mainly consists of mainframe, speed reducer, high density classifier, blower, bag filter, piping, elevator, hopper, vibrating feeder, crusher, cyclone, motor, etc.
Mm to inch conversion: 25.4millimeters=1 inch
The humidity and hardness of raw material will affect the fineness and capacity.
The mill is innovated and developed based on many years hard research, designed and improved according to using and suggesting of mill users, on basis of high roller mill, which is a new, efficient, energy saving super fine powder making machine for customers abroad. Trapezium working table, flexible connection, linked pressure boost of rollers are the patented technology, which has set up the most advance level in the world for the super pressure trapezium mill.
The super pressure trapezium mill is mainly used in metallurgy, construction materials, chemicals, ores, highway construction, hydroelectricity, fire resistant materials, steel industries to process powder. Those materials such as quartz, feldspar, calcite, talc, barite, fluorite, rare earth, the marble, ceramic, bauxite, iron ore, copper, iron oxide red, zircon sand, slag, cement clinker, activated carbon, dolomite, , granite, garnet, iron oxide yellow, fertilizer, compound fertilizer, fly ash, coal, Ling U.S. sand, chromium oxide green, gold, red mud, clay, kaolin, coke, coal gangue, porcelain clay, kyanite , fluorspar, bentonite, stone, shale, basalt, gypsum, graphite, silicon carbide, thermal insulation materials with mohs hardness below 9.3 and humidity below 6%, and non-flammable and non-explosive ore materials are suitable for processing.
The trapezium mill mainly consists of mainframe, speed reducer, high density classifier, blower, bag filter, piping, elevator, hopper, vibrating feeder, crusher, cyclone, motor, etc.
Mm to inch conversion: 25.4millimeters=1 inch
The humidity and hardness of raw material will affect the fineness and capacity.
Note:
1. Based upon limestone-grinding with 80% pass-through;
2. The final technical data are subject to the operation manual along with the machine
1. Based upon limestone-grinding with 80% pass-through;
2. The final technical data are subject to the operation manual along with the machine
High Pressure Mill
Introduction
YGM series high pressure suspension mill is an own R&D patented product developed by our general BD on basis of many years of mill research and developing experience, integrate with many years’ using reality of customers’, and according to development of the mill industry, which has created a new era of high efficiency and low energy consumption in international mill industry.
YGM series high pressure suspension mill is mainly suitable for process various non-flammable, non-explosive ore materials with mohs hardness below 9.3 and humidity below 6%, such as metallurgy, construction materials, chemicals, ores, highway construction, hydroelectrical subjects and so on. Meanwhile, it’s an optimum equipment for processing Quartz, feldspar, calcite, limestone, talc, ceramics, marble, granite, dolomite, bauxite, iron ore and barite, bentonite, gangue, coal and so on. Fineness of final products should range from 0.613mm to 0.033mm.
Mm to inch conversion: 25.4millimeters=1 inch
The humidity and hardness of raw material will affect the fineness and capacity.
YGM series high pressure suspension mill is an own R&D patented product developed by our general BD on basis of many years of mill research and developing experience, integrate with many years’ using reality of customers’, and according to development of the mill industry, which has created a new era of high efficiency and low energy consumption in international mill industry.
YGM series high pressure suspension mill is mainly suitable for process various non-flammable, non-explosive ore materials with mohs hardness below 9.3 and humidity below 6%, such as metallurgy, construction materials, chemicals, ores, highway construction, hydroelectrical subjects and so on. Meanwhile, it’s an optimum equipment for processing Quartz, feldspar, calcite, limestone, talc, ceramics, marble, granite, dolomite, bauxite, iron ore and barite, bentonite, gangue, coal and so on. Fineness of final products should range from 0.613mm to 0.033mm.
Mm to inch conversion: 25.4millimeters=1 inch
The humidity and hardness of raw material will affect the fineness and capacity.
Note:
1. Based upon limestone-grinding with 80% pass-through;
2. The final technical data are subject to the operation manual along with the machine.
Note: Any change of High Pressure Mill technical data shall not be advised additionally.
Features
1. Unique design. Inside the cavity of the main engine, a compression device of 1500kg—2000kg has been installed on the plum frame. Under same power, production can be 10%-30% higher, grinding power generated by grinding device increased by 800-1500kgf, the most fine powder product can be 1000 mohs.
2. Various materials are adaptable, all materials with mohs hardness below 9.3 are qualified.
3. Dust removing effect can fully match the national standard.
4. Roller device is of high-quality and high-efficient processings, multiple and multigrade seal can guarantee perfect seal effect.
5. Changing cycle of rollers and grinding ring is long, wich is able to avoid the disadvantage of short changing cycle of wearable parts of the centrifugal crusher.
6. Mill device is of multilayer and multigrade seals, which has good performance.
1. Based upon limestone-grinding with 80% pass-through;
2. The final technical data are subject to the operation manual along with the machine.
Note: Any change of High Pressure Mill technical data shall not be advised additionally.
Features
1. Unique design. Inside the cavity of the main engine, a compression device of 1500kg—2000kg has been installed on the plum frame. Under same power, production can be 10%-30% higher, grinding power generated by grinding device increased by 800-1500kgf, the most fine powder product can be 1000 mohs.
2. Various materials are adaptable, all materials with mohs hardness below 9.3 are qualified.
3. Dust removing effect can fully match the national standard.
4. Roller device is of high-quality and high-efficient processings, multiple and multigrade seal can guarantee perfect seal effect.
5. Changing cycle of rollers and grinding ring is long, wich is able to avoid the disadvantage of short changing cycle of wearable parts of the centrifugal crusher.
6. Mill device is of multilayer and multigrade seals, which has good performance.
Raymond Mill
Introduction
Raymond Mill, named after its inventor, is the first generation of medium speed pendulum miller which uses American technology. Firstly, raw material is crushed by jaw crusher to the size required, and then the crushed materials are elevated into a hopper from which the material is transported through the electro-magnetic vibrating feeder, evenly and continuously into the grinding chamber for powder-processing. The rollers oscillate outward to press the ring because of the centrifugal force and the shovel scoops up the materials, send to the middle between ring and roller to accomplish the grind.
After this, the ground stuff is carried by the air from the blower into the separator for screening. The fine powers are blow into the cyclone collector and are poured out through the output-powder valve as the final products and the rough stuff after the screening will be recycled back into the grinding chamber for regrinding. The set’s airflow system is closely sealed up and circulated under condition of negative and positive pressure.
Raymond is widely used in metallurgy, building materials, chemicals, mining and so on as grinding materials processing, suitable for processing the following Mohs hardness of 6-7 and humidity below 6% of all non-explosive minerals, such as gypsum, talc, calcite, limestone, marble, feldspar, barite, dolomite, granite, kaolin, bentonite, stone, bauxite, iron oxide red, iron ore, finished fineness 615 microns to 44 microns (0.615 mm -0.044 mm) between the machine and the fan through the analysis of joint action to meet the requirements of different users, it is ideal for grinding industry, especially for small and medium enterprises.
Mm to inch conversion: 25.4millimeters=1 inch
The humidity and hardness of raw material will affect the fineness and capacity.
Raymond Mill, named after its inventor, is the first generation of medium speed pendulum miller which uses American technology. Firstly, raw material is crushed by jaw crusher to the size required, and then the crushed materials are elevated into a hopper from which the material is transported through the electro-magnetic vibrating feeder, evenly and continuously into the grinding chamber for powder-processing. The rollers oscillate outward to press the ring because of the centrifugal force and the shovel scoops up the materials, send to the middle between ring and roller to accomplish the grind.
After this, the ground stuff is carried by the air from the blower into the separator for screening. The fine powers are blow into the cyclone collector and are poured out through the output-powder valve as the final products and the rough stuff after the screening will be recycled back into the grinding chamber for regrinding. The set’s airflow system is closely sealed up and circulated under condition of negative and positive pressure.
Raymond is widely used in metallurgy, building materials, chemicals, mining and so on as grinding materials processing, suitable for processing the following Mohs hardness of 6-7 and humidity below 6% of all non-explosive minerals, such as gypsum, talc, calcite, limestone, marble, feldspar, barite, dolomite, granite, kaolin, bentonite, stone, bauxite, iron oxide red, iron ore, finished fineness 615 microns to 44 microns (0.615 mm -0.044 mm) between the machine and the fan through the analysis of joint action to meet the requirements of different users, it is ideal for grinding industry, especially for small and medium enterprises.
Mm to inch conversion: 25.4millimeters=1 inch
The humidity and hardness of raw material will affect the fineness and capacity.
Features
1. The whole plant is a vertical structure of strong systematic characteristic, so it occupies small area. From crushing of raw material to grinding and packing is an independent production system.
2. Compared with other milling plants, its passing ratio achieves 99%, this is what other mill can not reach.
3. Driving system of main frame adopts airtight gearing and pulley, drives smoothly and operates reliably.
4. Main parts of the whole plant are made from cast and steel of high quality. The techniques is so subtly that insures the durability of whole plant.
5. The electric control system is centralized controlled, so the automaticity is high, no people are needed in the operating room.
6. Little dust pollution, low noise.
7. The use of electromagnetic vibrating feeder to the material uniform, easy to adjust, small size, light weight, fuel-efficient power-saving and easy maintenance.
1. The whole plant is a vertical structure of strong systematic characteristic, so it occupies small area. From crushing of raw material to grinding and packing is an independent production system.
2. Compared with other milling plants, its passing ratio achieves 99%, this is what other mill can not reach.
3. Driving system of main frame adopts airtight gearing and pulley, drives smoothly and operates reliably.
4. Main parts of the whole plant are made from cast and steel of high quality. The techniques is so subtly that insures the durability of whole plant.
5. The electric control system is centralized controlled, so the automaticity is high, no people are needed in the operating room.
6. Little dust pollution, low noise.
7. The use of electromagnetic vibrating feeder to the material uniform, easy to adjust, small size, light weight, fuel-efficient power-saving and easy maintenance.
Rolling Ball Mill
Introduction
Rolling ball mainly includes the inlet part, outlet part, revolved part ,drying part(reducer, drive gear, engine , control panel). The main body of the grinding chamber is welded frame and the liner is replaceable. The revolved gear adopts the welded technique, and there are abrasion liners, which have good performance. Ball mill has a stable operation and reliable performance.
Mm to inch conversion: 25.4millimeters=1 inch
The humidity and hardness of raw material will affect the fineness and capacity.
Rolling ball mainly includes the inlet part, outlet part, revolved part ,drying part(reducer, drive gear, engine , control panel). The main body of the grinding chamber is welded frame and the liner is replaceable. The revolved gear adopts the welded technique, and there are abrasion liners, which have good performance. Ball mill has a stable operation and reliable performance.
Mm to inch conversion: 25.4millimeters=1 inch
The humidity and hardness of raw material will affect the fineness and capacity.
Super-fine Grinding Mill
Introduction
Super-fine grinding mill is a newly designed grinding mill based on the former patent product - TGM super pressure trapezium mill according to market investigation and careful statistics and analysis of use and suggestions from our clients carried out by our experts, which has got unique features by carrying on and improving structures and performance of TGM.
Super-fine grinding mill is a newly designed grinding mill based on the former patent product - TGM super pressure trapezium mill according to market investigation and careful statistics and analysis of use and suggestions from our clients carried out by our experts, which has got unique features by carrying on and improving structures and performance of TGM.
Hammer Mill
Introduction
Hammer Mills are widely used in metallurgy, mining, chemical, cement, coal gangue, construction, sand, refractory material, ceramic and other industry, engaged in breaking and crushing the material in the operation. European Hammer Mill is mainly suitable for crushing various soft and hard ore. Whose compression strength is not higher than 320MPa. European Hammer Mill is mainly made up of frame, rotor, hammers, grizzly bar and other components.
Hammer Mills are widely used in metallurgy, mining, chemical, cement, coal gangue, construction, sand, refractory material, ceramic and other industry, engaged in breaking and crushing the material in the operation. European Hammer Mill is mainly suitable for crushing various soft and hard ore. Whose compression strength is not higher than 320MPa. European Hammer Mill is mainly made up of frame, rotor, hammers, grizzly bar and other components.
