As one of the important supporting equipment in the new charcoal machine production line, the charcoal furnace is undoubtedly important in the new charcoal machine. For the production staff, we must pay attention to the rules of the charcoal furnace, carefully master the production process, and ensure the safety and quality of the new charcoal machine production line.
The importance of the carbonization furnace production is to ensure the tightness in the production process. The tightness of the sealing can ensure that the raw materials are well carbonized. If air leakage occurs during production, a large amount of oxygen will enter the carbonization furnace. A sudden increase in oxygen content will cause spontaneous combustion of the fuel rod in the furnace, and the carbonization temperature will rise too fast, which will affect the mechanism of charcoal-fired, such as loose texture, easy to break, and carbonization is not formed. More serious is the excessive combustion of the salary stick, burning into a crushed form, which will increase the production cost of the new charcoal machine and reduce the production quality of the new charcoal machine.
For the new charcoal machine, the carbonization process of the carbonization furnace is the core technology in the production process. The quality of the carbonization is related to the quality of the entire new charcoal machine production line. The carbonization process of the new charcoal machine is divided into three stages: low-temperature exhaust temperature, high-temperature calcination, and cooling. Each stage requires the sealing of the carbonization furnace. Careful attention to work can ensure the high-quality production process of the new charcoal machine. Make the production of the new charcoal machine more perfect.
Wednesday, March 18, 2020
Tuesday, March 10, 2020
Nursery seeding machine
The nursery seeding machine adopts a new pot-making process, which is suitable for tomato, pepper, cucumber, watermelon, and other vegetables and fruits, and for cotton and flower seedlings. It has strong adaptability to various soils and a good potting effect.
It has the advantages of small size, small power, lightweight, easy to move in the field, wear resistance, aging resistance, key parts are not rusted, easy to operate, safe and reliable, easy to disassemble and maintain, and other advantages. Improve the germination rate, promote the growth of seedlings, and achieve stable and high yields. Use the machine to make seedlings in the bowl, save water, grow seeds, save labor, reduce diseases and insect pests, and protect the agricultural ecological environment. Pollution-prone green vegetables create good conditions, which is a favorable guarantee for grain, cotton, and vegetable seedlings.
Greenhouse planting plays an increasingly important role in agriculture. The main crops are vegetables and flowers. Nutrient bowls are used in the seedling stage. During soil filling and sowing, the soil filling stage takes time and effort, affecting the efficiency of seedling raising. The existing nutrient bowl seedling machine is suitable for large-scale seedling cultivation, soil filling and seeding are completed at one time, but it is often too expensive to use a large seedling machine, especially a single farmer cannot purchase a large seedling machine, a small nutrient bowl soil machine, suitable for Used by farmers in small batches.
It has the advantages of small size, small power, lightweight, easy to move in the field, wear resistance, aging resistance, key parts are not rusted, easy to operate, safe and reliable, easy to disassemble and maintain, and other advantages. Improve the germination rate, promote the growth of seedlings, and achieve stable and high yields. Use the machine to make seedlings in the bowl, save water, grow seeds, save labor, reduce diseases and insect pests, and protect the agricultural ecological environment. Pollution-prone green vegetables create good conditions, which is a favorable guarantee for grain, cotton, and vegetable seedlings.
Greenhouse planting plays an increasingly important role in agriculture. The main crops are vegetables and flowers. Nutrient bowls are used in the seedling stage. During soil filling and sowing, the soil filling stage takes time and effort, affecting the efficiency of seedling raising. The existing nutrient bowl seedling machine is suitable for large-scale seedling cultivation, soil filling and seeding are completed at one time, but it is often too expensive to use a large seedling machine, especially a single farmer cannot purchase a large seedling machine, a small nutrient bowl soil machine, suitable for Used by farmers in small batches.
Precautions for buying automatic nursery seeding machine
Precautions for purchase of automatic nursery seeding machine price. We all know that there are only two channels for purchasing automatic nursery seeding machines, either in real stores or online, then which method should be appropriate for automatic nursery seeding machines and what should we pay attention to when buying.
Manufacturers of automatic nursery seeding machines want to develop in the market. Only by combining with advanced technology and constantly producing new products and products, can they be full of vitality. Integrated, networked, digital, and virtualized.
Basically, it is popular to shop online now. In fact, compared with the actual shopping, online is still cheaper, but there is no guarantee in terms of quality. Many people may buy cheap automatic nursery seeding machines when they want I will look for some other channels to buy. Although I save a lot of money, the device itself is not guaranteed, and it is not so easy to use.
The entire equipment of automatic nursery seeding machine is made up of some small parts, not only in the design aspect, the choice of materials is strictly controlled, whether in operation or in the overall operation process, the equipment is highlighted Comprehensive strength, if you buy some inferior equipment in other places, this effect may not be achieved. Therefore, when purchasing an automatic nursery seeding machine, do not ignore the strength of the entire equipment for the price, and do not trust other channels, or you must have a certain degree of judgment, whether it is shopping online or in the market, both It is better to examine clearly.
Manufacturers of automatic nursery seeding machines want to develop in the market. Only by combining with advanced technology and constantly producing new products and products, can they be full of vitality. Integrated, networked, digital, and virtualized.
Basically, it is popular to shop online now. In fact, compared with the actual shopping, online is still cheaper, but there is no guarantee in terms of quality. Many people may buy cheap automatic nursery seeding machines when they want I will look for some other channels to buy. Although I save a lot of money, the device itself is not guaranteed, and it is not so easy to use.
The entire equipment of automatic nursery seeding machine is made up of some small parts, not only in the design aspect, the choice of materials is strictly controlled, whether in operation or in the overall operation process, the equipment is highlighted Comprehensive strength, if you buy some inferior equipment in other places, this effect may not be achieved. Therefore, when purchasing an automatic nursery seeding machine, do not ignore the strength of the entire equipment for the price, and do not trust other channels, or you must have a certain degree of judgment, whether it is shopping online or in the market, both It is better to examine clearly.
Friday, March 6, 2020
Rotary dryer machine
Rotary dryer is one of the traditional drying equipment. It has a reliable operation, flexible operation, strong adaptability, and large processing capacity. It is widely used in metallurgy, building materials, chemical industry, coal washing, fertilizer, ore, sand, clay, kaolin, sugar In other fields, the diameter is Φ1000-Φ4000, and the length is determined according to the drying requirements. In the center of the rotary dryer, it is possible to avoid adding a scattering mechanism, and the wet materials entering the drying cylinder are repeatedly picked up and dropped by the copy board on the drum wall and are broken into fine particles by the scattering device during the falling process. , The specific area is greatly increased, and it is fully in contact with hot air and dried.
The machine is mainly composed of a slewing body, lifting plate, transmission device, support device, and seal ring. The dryer is a cylinder that is slightly inclined to the horizontal direction. The material is added from the higher end. The high-temperature hot flue gas and the material flow into the cylinder. With the rotation of the cylinder, the material runs to a lower level due to gravity. One end. A copy board is installed on the inner wall of the cylinder to pick up and sprinkle the material so that the contact surface between the material and the airflow is increased to increase the drying rate and promote the material to move forward. The dried product is collected from the bottom of the bottom.
Scope of application:
1. Chemical industry, miner, metallurgy and other industries, such as ore, slag, coal, metal powder, clay, diatomaceous earth, kaolin.
2. Agriculture, feed, fertilizer industry, such as straw, forage, leaves, fish meal, corn sauce, starch residue, lees, medicinal residue, fruit residue, soy sauce residue, bagasse, peat, organic compound fertilizer, sludge, aquatic product waste, Food factory waste, slaughterhouse waste, organic fertilizer, inorganic fertilizer, ammonium phosphate fertilizer.
3. Dry powdery and granular materials with special requirements. Such as various crystals, light calcium carbonate, activated clay, magnetic powder, graphite, inorganic mud, clay, lime mud, ore mud, phosphate slag, red mud of aluminum plant.
4. Materials that require low-temperature drying and continuous drying in large quantities.
The main purpose:
The combined three-cylinder dryer is mainly used for drying granular materials in a certain humidity range, such as yellow sand used in the dry mortar industry and various specifications of sand used in the foundry industry. Blast furnace slag for the building material cement industry. Small particle size clay, used in the chemical industry for small particle materials that cannot afford chemical changes, and are not afraid of high temperature and smoke pollution. According to the requirements of different industries for the final moisture content of the dried material, the moisture content of the dried material can reach 1-0.5% or less.
The materials entering the dryer should be non-stick walls and poplar boards. The temperature of the gas entering the dryer for heat exchange should not be higher than 750 degrees Celsius. If there are special requirements for high-temperature drying, the inner cylinder and poplar board at the entrance of the dryer can be made of heat-resistant steel.
The machine is mainly composed of a slewing body, lifting plate, transmission device, support device, and seal ring. The dryer is a cylinder that is slightly inclined to the horizontal direction. The material is added from the higher end. The high-temperature hot flue gas and the material flow into the cylinder. With the rotation of the cylinder, the material runs to a lower level due to gravity. One end. A copy board is installed on the inner wall of the cylinder to pick up and sprinkle the material so that the contact surface between the material and the airflow is increased to increase the drying rate and promote the material to move forward. The dried product is collected from the bottom of the bottom.
Scope of application:
1. Chemical industry, miner, metallurgy and other industries, such as ore, slag, coal, metal powder, clay, diatomaceous earth, kaolin.
2. Agriculture, feed, fertilizer industry, such as straw, forage, leaves, fish meal, corn sauce, starch residue, lees, medicinal residue, fruit residue, soy sauce residue, bagasse, peat, organic compound fertilizer, sludge, aquatic product waste, Food factory waste, slaughterhouse waste, organic fertilizer, inorganic fertilizer, ammonium phosphate fertilizer.
3. Dry powdery and granular materials with special requirements. Such as various crystals, light calcium carbonate, activated clay, magnetic powder, graphite, inorganic mud, clay, lime mud, ore mud, phosphate slag, red mud of aluminum plant.
4. Materials that require low-temperature drying and continuous drying in large quantities.
The main purpose:
The combined three-cylinder dryer is mainly used for drying granular materials in a certain humidity range, such as yellow sand used in the dry mortar industry and various specifications of sand used in the foundry industry. Blast furnace slag for the building material cement industry. Small particle size clay, used in the chemical industry for small particle materials that cannot afford chemical changes, and are not afraid of high temperature and smoke pollution. According to the requirements of different industries for the final moisture content of the dried material, the moisture content of the dried material can reach 1-0.5% or less.
The materials entering the dryer should be non-stick walls and poplar boards. The temperature of the gas entering the dryer for heat exchange should not be higher than 750 degrees Celsius. If there are special requirements for high-temperature drying, the inner cylinder and poplar board at the entrance of the dryer can be made of heat-resistant steel.
Rotary drying equipment
Rotary drying equipment is the main equipment of the charcoal production line. It is mainly composed of heat sources, dispersing devices, belt feeders, feeders, rotary drums, transmission parts, belt dischargers, induced draft fans, unloaders, and distribution equipment. The electric cabinet is composed of a rotating cylinder on an active roller. The active roller drives the rotating cylinder to rotate at a low speed by a motor and a deceleration transmission. A feeding port is provided between the heating furnace and the rotating cylinder. A stir-frying blade is arranged in the rotating cylinder. A baffle is connected to the filter cylinder 4. A small hole is formed in the baffle. One end of the filter cylinder is connected to the rotating cylinder and the other end is connected to the material conveying pipe. The slag hole, one end of the cooling cylinder is connected to the material conveying pipe through a blower, and the other end is connected to the discharge port.
Rotary dryer (rotary drying equipment, rotary drying production line) is special drying equipment widely used for drying sawdust, sawdust, wood shavings, bamboo shavings, ginkgo leaves, mulberry leaves, etc. The powder and granular wet sawdust are continuously added into the drying tube by a screw conveyor. In the process of high-speed hot air flow transmission and dispersion, the moisture in the wet material is evaporated to obtain a powder or granular dry product.
Rotary dryer (rotary drying equipment, rotary drying production line) is special drying equipment widely used for drying sawdust, sawdust, wood shavings, bamboo shavings, ginkgo leaves, mulberry leaves, etc. The powder and granular wet sawdust are continuously added into the drying tube by a screw conveyor. In the process of high-speed hot air flow transmission and dispersion, the moisture in the wet material is evaporated to obtain a powder or granular dry product.
Thursday, February 27, 2020
Automatic corn thresher
Corn automatic thresher machine use
Selection of corn thresher speed
The speed of the thresher should not be too fast. It should be used at the speed specified in the instruction manual, and the speed cannot be arbitrarily increased. Generally, the wheat removal is 28-32 m / s, the indica rice is 24-26 m / s, and the japonica rice is 26-30 m / s. If the speed is too high, it will not only take off quickly, but will also cause serious problems such as serious kernel crushing, shortened machine life, and increased unsafe factors. Install a matching electric motor or diesel engine according to the requirements or the signs on the machine, and equip them with appropriate pulleys. Be careful not to install them in the opposite direction. The fan cannot be reversed when the pulley is turned, otherwise the cleanliness of the kernel will be affected.
Correct operation of automatic corn thresher
Feed continuously and evenly during threshing, the feeding amount is too large,
It will cause too much load on the drum, reduce the rotation speed, reduce the removal rate and productivity, increase the number of grains entrained in the stalk, reduce the threshing quality, and cause blockages and machine damage in severe cases. The feed rate is too small, the productivity is low, and sometimes the removal rate is affected. The indicators of clean off, fast off, less broken, and low energy consumption are actually mutually restrictive. If it is to be cleaned well, the crushing rate will increase, productivity will decrease, and energy consumption will increase.
The operator should, according to the actual situation, with the close cooperation of "hand", "eye" and "ear", the "hand" senses the dryness and humidity of the crop, feed more dry and less wet; Whether the speed is normal, feed more when the grass is smooth, and feed less when it is not smooth; listen to the machine to hear if the sound of the machine is normal, and load less when the load is loud, otherwise feed more.
Selection of corn thresher speed
The speed of the thresher should not be too fast. It should be used at the speed specified in the instruction manual, and the speed cannot be arbitrarily increased. Generally, the wheat removal is 28-32 m / s, the indica rice is 24-26 m / s, and the japonica rice is 26-30 m / s. If the speed is too high, it will not only take off quickly, but will also cause serious problems such as serious kernel crushing, shortened machine life, and increased unsafe factors. Install a matching electric motor or diesel engine according to the requirements or the signs on the machine, and equip them with appropriate pulleys. Be careful not to install them in the opposite direction. The fan cannot be reversed when the pulley is turned, otherwise the cleanliness of the kernel will be affected.
Correct operation of automatic corn thresher
Feed continuously and evenly during threshing, the feeding amount is too large,
It will cause too much load on the drum, reduce the rotation speed, reduce the removal rate and productivity, increase the number of grains entrained in the stalk, reduce the threshing quality, and cause blockages and machine damage in severe cases. The feed rate is too small, the productivity is low, and sometimes the removal rate is affected. The indicators of clean off, fast off, less broken, and low energy consumption are actually mutually restrictive. If it is to be cleaned well, the crushing rate will increase, productivity will decrease, and energy consumption will increase.
The operator should, according to the actual situation, with the close cooperation of "hand", "eye" and "ear", the "hand" senses the dryness and humidity of the crop, feed more dry and less wet; Whether the speed is normal, feed more when the grass is smooth, and feed less when it is not smooth; listen to the machine to hear if the sound of the machine is normal, and load less when the load is loud, otherwise feed more.
Small corn threshing
Safe use and maintenance of small corn thresher
1.Safe use of threshers by corn thresher manufacturers
(1) Because the thresher works tightly and the environment is bad, people who participate in threshing operations should be taught safety operations to make them understand the operating procedures and safety common sense, such as tight sleeves, masks, and protective glasses.
(2) Before using the thresher, carefully check whether the rotating and swinging parts are flexible and free of collisions; check whether the adjustment mechanism is normal and that the safety facilities are complete and effective; ensure that there are no foreign objects in the machine, and lubricating parts should be filled with lubricating oil.
(3) Before the threshing machine is turned on, the operation site should be cleaned, and no debris unrelated to threshing should be placed; children are prohibited from playing on the site to avoid accidents.
(4) The feeding should be uniform during work, and the wheat should be pushed directly into the drum. It is not allowed to push wheat into the drum by hand or fork and other tools; prevent stones, sticks and other hard objects from being fed into the machine.
(5) The joint of the transmission belt must be firm; it is strictly forbidden to take off or hang the belt or touch any object to the transmission part while the machine is running.
(6) The transmission ratio between the selected supporting power and the thresher must meet the requirements, so as not to cause the threshing machine to rotate at too high speed and the vibration will be violent, which will damage the parts or loosen the fasteners.
(7) The threshing machine cannot be operated continuously for too long. Generally, it will work for about eight hours, and it must be shut down to check, adjust and lubricate to prevent serious friction and wear and deformation.
(8) Threshers are generally powered by diesel engines, and an anti-inflammatory cover should be worn on the exhaust pipe to prevent fire.
(9) If the threshing machine fails during operation, it should be stopped for maintenance and adjustment, and must not be coped with, so as not to cause greater failure.
2.Maintenance of thresher
(1) After the threshing is finished, the dust and sundries inside the machine should be carefully removed; where paint falls off during use, repaint as required.
(2) Desoldering and cracks should be repaired by welding.
(3) Install the bar. Note that the small head (inclined surface) should be oriented toward the feeding direction, and the lines of the two adjacent bars should be opposite, so as to prevent the grain from moving to one end of the drum and causing uneven load.
(4) Tighten the stud bolts to the specified torque. Generally, it is tightened in 3-4 times; check whether each bolt has a lock nut. Because the threshing machine operates at a high speed when rolling, the nut is easy to loose, and the quality of the bolt must meet the requirements, and cannot be replaced by other bolts.
(5) After the drum of the thresher is repaired, it should be statically adjusted until it is balanced.
(6) Check whether the cover of the thresher is firm. If it is damaged, replace it.
(7) Complete maintenance. Fill the lubrication points and lubrication points with a sufficient amount of lubricant. The threads of each adjustment screw should also be coated with oil to prevent rust. Place the thresher in a dry and ventilated shed. Put debris on top to prevent deformation.
1.Safe use of threshers by corn thresher manufacturers
(1) Because the thresher works tightly and the environment is bad, people who participate in threshing operations should be taught safety operations to make them understand the operating procedures and safety common sense, such as tight sleeves, masks, and protective glasses.
(2) Before using the thresher, carefully check whether the rotating and swinging parts are flexible and free of collisions; check whether the adjustment mechanism is normal and that the safety facilities are complete and effective; ensure that there are no foreign objects in the machine, and lubricating parts should be filled with lubricating oil.
(3) Before the threshing machine is turned on, the operation site should be cleaned, and no debris unrelated to threshing should be placed; children are prohibited from playing on the site to avoid accidents.
(4) The feeding should be uniform during work, and the wheat should be pushed directly into the drum. It is not allowed to push wheat into the drum by hand or fork and other tools; prevent stones, sticks and other hard objects from being fed into the machine.
(5) The joint of the transmission belt must be firm; it is strictly forbidden to take off or hang the belt or touch any object to the transmission part while the machine is running.
(6) The transmission ratio between the selected supporting power and the thresher must meet the requirements, so as not to cause the threshing machine to rotate at too high speed and the vibration will be violent, which will damage the parts or loosen the fasteners.
(7) The threshing machine cannot be operated continuously for too long. Generally, it will work for about eight hours, and it must be shut down to check, adjust and lubricate to prevent serious friction and wear and deformation.
(8) Threshers are generally powered by diesel engines, and an anti-inflammatory cover should be worn on the exhaust pipe to prevent fire.
(9) If the threshing machine fails during operation, it should be stopped for maintenance and adjustment, and must not be coped with, so as not to cause greater failure.
2.Maintenance of thresher
(1) After the threshing is finished, the dust and sundries inside the machine should be carefully removed; where paint falls off during use, repaint as required.
(2) Desoldering and cracks should be repaired by welding.
(3) Install the bar. Note that the small head (inclined surface) should be oriented toward the feeding direction, and the lines of the two adjacent bars should be opposite, so as to prevent the grain from moving to one end of the drum and causing uneven load.
(4) Tighten the stud bolts to the specified torque. Generally, it is tightened in 3-4 times; check whether each bolt has a lock nut. Because the threshing machine operates at a high speed when rolling, the nut is easy to loose, and the quality of the bolt must meet the requirements, and cannot be replaced by other bolts.
(5) After the drum of the thresher is repaired, it should be statically adjusted until it is balanced.
(6) Check whether the cover of the thresher is firm. If it is damaged, replace it.
(7) Complete maintenance. Fill the lubrication points and lubrication points with a sufficient amount of lubricant. The threads of each adjustment screw should also be coated with oil to prevent rust. Place the thresher in a dry and ventilated shed. Put debris on top to prevent deformation.
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