screening equipment

Product Features

　　(1) Design background　　At present, the small vibrating screens used in the building materials industry of the domestic metallurgical industry are mostly integrated vibrating or feeding screening machines, and the whole machine vibrating screen accounts for 80% of the market, especially in the screening equipment under the blast furnace trough of steel plants in the metallurgical industry. Its poor environmental protection effect and difficult maintenance have become the main problems that urgently need to be solved. To improve the environmental protection effect and maintenance difficulty of these usage sites, our company has launched a dual element linear environmental protection screen, which has obtained a national new utility patent (patent number: ZL 2019 2 0136192.7)　　(2) Introduction to Dual Linear Environmental Protection Screen　　The SZHS series dual element linear environmental screening equipment is a small environmental screening device developed by our company based on environmental protection needs and human resource shortages. It is suitable for use in process requirements with a processing capacity of less than 300t/h.　　(3) Structure　　The vibrating feeder and vibrating screen are combined into one, with the vibrating feeder in the direction of the feed inlet and the sieve in the direction of the discharge outlet. The feeding and screening work is completed in the same static sealed space. The vibration source of the vibrating screen adopts two parallel vibration motors installed on both sides of the sealed screen box, with a simple structure and easy maintenance.　　(4) Working principle　　The vibrating feeder has two vibration motors that transport materials to the vibrating screen surface in reverse rotation. The two parallel vibration motors on both sides of the vibrating screen support shaft rotate in reverse to produce linear motion, which grades the materials.　　(5) Structural advantages and characteristics　　1. The feeder and vibrating screen are combined into one, and the entire feeder is sealed inside the feeding end of the vibrating screen. The vibration source of the feeder is located outside the sealing body. By connecting with the sealing cover through rubber soft connection, it greatly saves height space.　　2. The vibrating feeder is placed inside the vibrating screen, reducing the disadvantage of dust overflow. The gate chute is directly inserted into the feeder at the feeding port of the vibrating screen, improving the environmental protection effect.　　3. The vibration of the entire screen mesh is reduced, and the screen edge does not participate in the vibration, which reduces the mass of vibration and reduces the impact on the floor slab.　　4. The vibration source is placed on the outside of the screening box, which is easy to disassemble and saves labor costs.　　5. Small vibration mass, low motor power, and low energy consumption.　　6. The vibration source is placed on the outside of the screen box, making it difficult for dust to enter the bearing chamber and extending the service life of the bearing.　　7. The feeding system is sealed at the feeding end of the vibrating screen, and the material flows from the chute gate to the feeding port, then to the discharge chute of the vibrating screen and its upper screen material, and finally to the discharge funnel and chute of the lower screen material, achieving complete hard connection sealing. There are no dust overflow points, which can reduce the dust removal ports of the screening system under the blast furnace trough, and save the dust removal energy consumption of all vibrating screens, as well as the material and labor costs of environmental protection equipment maintenance to a greater extent.　　8. Compared with the feeding environmental protection integrated machine, the dual source linear environmental protection screen has a more user-friendly design and simple and convenient maintenance.

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ZSG series linear vibrating screen

Product Features

　　Product details introduction:　　The ZSG series linear vibrating screen is a new and efficient screening equipment, which has the characteristics of high efficiency, low wear, low noise, long service life, pollution prevention, economic convenience, energy saving and beauty. It is widely used for screening large, medium and small particle materials in industries such as mining, metallurgy, coal, chemical, thermal power, and building materials. Especially widely used in the metallurgical industry, it is a screening equipment commonly used in blast furnace tanks, coking plants, and mineral processing plants. The machine adopts a new energy-saving vibration motor or exciter as the vibration source, supported and isolated by rubber springs, and has the advantages of large processing capacity, high screening efficiency, convenient screen replacement, and simple installation and maintenance.　　Working principle and structural characteristics:　　The ZSG series linear vibrating screen uses a vibration motor or a common motor to externally drive the exciter, causing the screen body to undergo periodic reciprocating vibration in the direction of the excitation force, and the animal material to move in a parabolic motion along a straight line on the screen surface, thereby achieving the purpose of screening.　　The ZSG series linear vibrating screen consists of a vibration source, screen body, screen mesh, vibration reduction device, and bottom support. The side plate of the screen machine is made of high-quality steel plate, and the side plate is connected to the crossbeam and exciter base with high-strength bolts or ring groove rivets. The structure is reasonable, sturdy and durable.　　Schematic diagram of vibration motor:Schematic diagram of vibration exciter:Technical parameters (equipped with vibration motor)modelScreening particle sizeprocessing capacityEquipped with vibration motorvoltageVPowerZSGB-1020≤15010-180YZO-17-4380V0.75*2ZSGB-1224≤25010-200YZO-20-62.0*2ZSGB-103015-250YZO-20-62.0*2ZSGB-123020-300YZO-30-62.5*2ZSGB-153020-350YZO-50-63.7*2ZSGB-1020≤15010-180YZO-20-62.0*2ZSGB-1224≤25010-200YZO-30-62.5*2ZSGB-103015-250YZO-30-62.5*2

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ZK series linear vibrating screen

Product Features

　　The upper vibrating screen and lower vibrating screen are designed and manufactured by our company based on customer needs and spatial characteristics. According to different customer requirements and material handling requirements, their screening forms can be divided into different screening modes such as linear screen and circular vibrating screen, and none of them will cause mixing or hole blockage.　　The difference between upper and lower vibrating screens lies in the installation position of the vibrator. The vibrator is generally installed on the two side plates of the upper part of the screen frame, which is called an upper vibrating screen. The vibrator installed below the screen frame is called a bottom vibrating screen. The same series of vibrators are connected by universal couplings. The vibrator adopts a labyrinth ring seal. Dry oil lubrication.　　This series of screens mainly consists of a screen box, wear-resistant screen mesh, vibrator, and vibration reducing spring, using the vibrator as the vibration source.　　This series of screening machines has good sealing performance, large processing capacity, durability, long service life, and is very easy to repair and maintain. Suitable for industries such as metallurgy, mining, coal, building materials, power, chemical engineering, etc., with the metallurgical industry being the most widely used. It is a commonly used screening machinery in blast furnace bottoms, coking plants, and mineral processing plants.

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YA (K) series large circular vibrating screen

Product Features

　　Product details:　　The YA (K) series large circular vibrating screen is a large-scale screening equipment developed for the mining industry, with a circular trajectory for material transportation. It is suitable for use when material particle size classification is large, and has the characteristics of large processing capacity, high screening efficiency, durability, and easy maintenance.　　Working principle and structural characteristics:　　Working principle: The machine consists of a screen body, damping spring, excitation device, motor bracket, synchronous transmission belt or gear, motor, etc. This series of screening machines uses dual motors to drive two sets of exciters, and is connected by a toothed belt or gear to keep the two shafts synchronized and generate a circular motion trajectory, thereby achieving the purpose of screening.　　Structural features: This vibrating screen adopts shaft eccentricity or block eccentricity to produce eccentric vibration effect. The amplitude can be adjusted to meet the processing capacity by increasing or decreasing the counterweight to adjust the magnitude of the excitation force. Easy to use and maintain, with a low failure rate.　　Outline diagram:modelFeed particle sizeProcessing capacityelectrical machinerymodelPower KWYA（K）3061<300220-1300Y200L-430*22YA（K）3061<300220-1300Y200L-430*2YA（K）3073<300220-1300Y200L-430*22YA（K）3073<300620-1300Y200L-430*2YA（K）3373<300240-1400Y200L-430*22YA（K）3373<300680-1400Y200L-430*2YA（K）3673<300260-1500Y225M-445*22YA（K）3673<300740-1500Y225M-445*2

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CYA (K) type circular vibrating screen

Product Features

　　Product details introduction:　　The CYA circular vibrating screen has a circular motion trajectory and is mainly used for the classification of dry materials in industries such as metallurgical beneficiation, coal selection, building materials, and power. This series of screening machines adopts the most advanced ring groove rivet riveting and large clearance bearing grease lubricated vibrator in China, which has the advantages of simple structure, durability, low noise, easy installation and maintenance.　　working principle:　　The CYA (K) circular vibrating screen consists of a vibration source, screen body, screen mesh, vibration reduction device, and bottom support. The side plate of the screen machine is made of high-quality steel plate, and the side plate is connected to the crossbeam and exciter base with high-strength bolts or ring groove rivets. The structure is reasonable, sturdy, and durable. The CYA (K) type circular vibrating screen uses a common motor to externally drive a vibrator, causing the screen body to undergo periodic reciprocating vibration in the direction of the excitation force. After the material enters the screen body, it is forced to move towards the discharge end, thereby achieving the purpose of screening.　　Technical ParametermodelFeed particle sizeProcessing capacityelectrical machineryDimensions: Length * Width * Height（mm）modelpower（kw）CYA（K）1236<20070-250Y160M-67.53757*2364*24562CYA（K）1236<20070-250Y160L-6113757*2364*2456CYA（K）1536<400200-650Y160L-6113757*2670*24372CYA（K）1536<400200-650Y160L-6113757*2715*2437CYA（K）1836<400250-750Y160L-6113757*2975*24372CYA（K）1836<400250-750Y180L-6153757*3020*2437CYA（K）1842<400300-850Y180L-6154331*3020*27002CYA（K）1842<400300-850Y180L-6154331*3020*2700CYA（K）1848<400400-950Y180L-6152904*3020*29432CYA（K）1848<400400-950Y180L-6154904*3020*2943CYA（K）2148<400450-1150Y200L-618.54945*3423*35012CYA（K）2148<400450-1150Y200L-6224945*3463*3501CYA（K）2160<400550-1350Y200L-6226116*3619*38492CYA（K）2160<400550-1350Y225M-6306118*3619*3849CYA（K）2460<400600-1400Y225M-6306091*3925*38462CYA（K）2460<400600-1400Y250M-6306091*3925*3846

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Rotary vibrating screen

Product Features

　　Rotary vibrating screen is a high-precision fine powder screening machine with low noise and high efficiency. It takes 3-5 minutes to quickly change the screen and has a fully enclosed structure. It is suitable for screening and filtering materials such as particles, powder, and mucus. The rotary vibrating screen is driven by an upright motor as the excitation source. Eccentric heavy hammers are installed at the upper and lower ends of the motor to convert its rotational motion into horizontal, vertical, and inclined three-dimensional motion, which is then transmitted to the screen surface. Adjusting the phase angle between the upper and lower ends can change the motion trajectory of the material on the screen surface.　　1. Small size, light weight, easy to move, adjustable discharge direction, automatic discharge of coarse and fine materials, and can be operated automatically or manually.　　2. High screening accuracy and efficiency, any powder, particle, or mucus can be used.　　3. The sieve does not block, the powder does not fly, and the finest screening can reach 500 mesh (28 microns). The finest filtration can reach 5 microns.　　4. Unique grid design (mother and child type), long-lasting use of screen mesh, easy replacement of screen mesh, only 3-5 minutes, simple operation, and easy cleaning.　　5. No mechanical action, easy maintenance, can be used in single or multiple layers, and the parts in contact with materials are made of stainless steel (except for medical use).　　Any particle, powder, or mucus within a certain range can be screened in various powder industries.　　Industry: resin powder, pigments, laundry detergent, micro powder, paint, soda ash, lemon powder, rubber, plastics, etc.　　Abrasive and ceramic industries: alumina, quartz sand, slurry, spray soil particles.　　Food industry: sugar, salt, alkali, monosodium glutamate, milk powder, soybean milk, yeast, juice, soy sauce, vinegar, etc.　　Paper industry: coating coatings, clay mud, black and white liquid, waste liquid, paper making liquid, wastewater recycling.　　Metallurgical industry: titanium oxide, zinc oxide, electromagnetic materials, metal powders, welding rod powders, etc.　　Pharmaceutical industry: Chinese medicine powder, Chinese medicine liquid, Western medicine powder, Western medicine liquid, Chinese and Western medicine granules, etc.　　Environmental protection: garbage, human and animal manure, waste oil, food wastewater, wastewater processing, etc.　　Maintenance and upkeep:　　1. Check if the motor label matches the requirements.　　2. Measure the insulation resistance with a 500 volt megohmmeter, and the value should be dried for the stator winding. The drying temperature should not exceed 120 ℃.　　3. Check all fasteners of the motor to prevent looseness.　　4. Check the surface of the motor for any damage or deformation.　　5. Check if the rotation is flexible, and if there are any abnormalities, they should be eliminated.　　6. Check the power supply for phase loss and run it without load for 5 minutes.　　Installation and adjustment　　1. The motor should be fastened on the installation surface, which must be smooth and even.　　2. The motor can be installed horizontally.　　3. The motor lead adopts a four core rubber cable YZ-500V. When connecting to the power supply, the lead out cable is not allowed to have sharp bends and is reliably fixed to the vibrating body.　　4. The motor should have a reliable grounding, with a grounding device inside the motor and markings on the lead ends. It can also be grounded using sturdy bolts on the base.　　5. Adjustment of excitation force.　　Usage and maintenance:　　1. This machine should be equipped with electrical protection devices.　　2. During the initial operation of this machine, check the anchor bolts at least once a day to prevent loosening.　　3. When the rotation direction of the motor does not meet the requirements, adjust the phase sequence of the power supply.　　4. The motor should ensure good lubrication, and lithium based grease (ZL-3) should be replenished every two weeks of operation. When refueling, an appropriate amount of lithium based grease should be added through the oil cup. When using sealed bearings, the motor is not equipped with an oil cup.　　5. After running the machine for 1500 hours, the bearings should be checked and replaced immediately if there is serious damage.　　6. When the machine is stopped for a long time and used again, the insulation resistance should be measured, which should be greater than 0.5 megohms for a 500 volt megohmmeter measurement.　　Daily maintenance:　　1. Before startup:　　(1) Check whether the coarse and fine nets are damaged　　(2) Is each group of tie rings locked tightly　　2. At startup:　　(1) Pay attention to any abnormal noise　　(2) Is the current stable　　(3) Is there any abnormality in the vibration　　3. After use: Clean up immediately after each use　　Regular maintenance: Regularly inspect the coarse mesh, fine mesh, and springs for fatigue and damage, and check whether any parts of the machine are damaged due to vibration. Parts that require lubrication must be lubricated with oil.

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Banana shaped vibrating screen

Product Features

　　Product Usage:　　CZXD banana type vibrating screen machine is a self synchronous heavy-duty equal thickness screen widely used for screening and processing in large-scale mining and selection operations. On the basis of digesting and absorbing advanced foreign technologies, our company has independently designed and produced the CZXD banana type vibrating screen machine. Compared with traditional screens of the same specifications, the CZXD banana type vibrating screen machine has a larger processing capacity, with a processing capacity per unit area 1.5 to 2 times that of traditional grading screens. It is currently the most advanced and popular vibrating screen in terms of performance.　　working principle:　　The CZXD banana type vibrating screen machine has a sloping surface at the feeding end, starting at 34 ° and then descending at a certain number of angles until it reaches the discharging end at approximately 10 °. The screening surface adopts a zigzag form with different inclination angles, and the thickness of the material layer remains constant from the feeding end to the discharging end. The ratio of material quantity to flow rate on each screening surface is stable, and the material layer height is uniform. The screening efficiency is significantly improved, which is 1-2 times higher than the processing capacity of the same effective area vibrating screen. For materials with high fine particle content, especially when the material content is less than half of the graded particle size, CZXD banana type vibrating screen machine has extremely high screening efficiency.　　Technical parameters:purposemodelMaximum feeding particle sizemmProcessing capacity t/helectrical machineryPower KWgradeZXD-12*61≤300130-4202*11ZXD-12*61≤300130-4202*15ZXD-18*61≤300200-6402*15ZXD-18*61≤300200-6402*30ZXD-24*61≤300260-14002*22ZXD-24*61≤300260-14002*30ZXD-30*61≤300330-17002*30ZXD-30*73≤300360-18002*30ZXD-36*61≤300400-20002*30ZXD-36*73≤300440-22002*30ZXD-24*61≤300460-24002*45ZXD-42*86≤300650-28002*55dehydrationheavy mediumZXD-12*61≤8080-1502*11ZXD-12*61≤8080-1502*15ZXD-18*61≤80120-2102*15ZXD-18*61≤80120-2102*30ZXD-24*61≤80160-2402*22ZXD-24*61≤80160-2402*30ZXD-30*61≤80200-3602*30

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GPS series high-frequency vibration dewatering screen

Product Features

　　In order to meet the needs of coal slurry recovery and fine particle material dewatering classification, as well as achieve the goals of large processing capacity, good dewatering effect, and strong adaptability, the high-frequency vibration dewatering screen adopts mechanical characteristics of high frequency and high vibration intensity.　　According to the requirements of mechanical structure and process parameters, the vibrator is arranged above the center of gravity of the sieve box. This arrangement makes the motion trajectory of the sieve machine elliptical at the feeding end, circular in the middle, and still elliptical at the discharging end, that is, elliptical circular elliptical motion.　　It is precisely because of this unique motion characteristic that the angle between the long axis of the ellipse at the feeding end and the screen surface of the sieve is sharp, and the angle between the long axis of the ellipse at the discharging end and the screen surface is obtuse. In this way, the movement speed of the material at the feeding end is greater than that at the discharging end, ensuring that the material can be quickly loosened at the feeding end of the sieve. Therefore, the material layer is thinner, allowing the fine-grained material to quickly layer and contact the sieve, resulting in the rupture and dehydration of the water dry film; And the material speed at the discharge end is small, which can prolong the dehydration time of the material on the screen surface, thereby improving the dehydration effect. The characteristic of the screening machine enhances the dehydration effect.　　The main function of the dewatering screen is dewatering, desliming, and desliming. It has been widely promoted and can be used for washing sand in sand and gravel plants, recovering coal slurry in coal preparation plants, and discharging tailings in mineral processing plants. It is a new type of dewatering screen that is energy-saving, environmentally friendly, low-carbon, and green, and meets the requirements of building a sustainable society.　　Sand and gravel dewatering screen, mining dewatering screen, coal slurry dewatering screen, tailings dewatering screen, high-frequency dewatering screen　　The vibrating dewatering screen has a very good screening and dewatering effect on the process flow of sand washing production lines. Currently, it is very suitable for fine sand screening and grading dewatering in many sites. For the screening of sand, it depends on the type of sand, such as machine-made sand, river sand, sea sand, etc. Generally, the mesh size of fine sand is about 20 to 40 mesh. However, it is necessary to check the mesh size of the sand and the number of particles screened to determine the size of the sieve needed for screening fine sand. Dehydration screens are suitable for screening fine sand, including materials with and without moisture. They have the function of high-frequency vibration and dehydration, and are widely used in fine sand washing processes.　　There are also many shapes of sieve holes, such as circular, square, and rectangular. Compared with other shapes of sieve holes, circular sieve holes have smaller particle sizes when passing through them under the same nominal size. The average particle size of particles passing through circular sieve holes is only that of particles passing through square sieve holes of the same size.　　The rectangular sieve has a larger effective surface area and higher production capacity. When dealing with materials with high water content, it can reduce the clogging of the sieve surface. However, it is easy for strip and sheet materials to pass through, resulting in uneven particle size of the screened products. Therefore, when it is required that the sieved material does not contain fine powder, strip and flake particles are allowed in the sieved material, the material is wet and sticky, easy to block the sieve holes, and high content of sieved material is desired, rectangular sieve holes can be used.　　Feed the screening equipment in moderation, neither too much nor too little. Too much, although the processing capacity is large, the screening efficiency is low, and J acts as a chute; Too little, the sieve processing capacity is small, and the sieve is not fully utilized. The feeding requirement is continuous and uniform, and the material should be spread along the entire width of the screen to form a uniform thick layer. In addition, it is necessary to clean and repair the screen surface in a timely manner.　　Technical parameters:Serial NumbernameunitGPS-12*31GPS-14*31GPS-18*37GPS-24*481Feed concentration%≥45≥45≥45≥452Processing capacityt/h15-1920-2528-3340-603Screen specificationsmm1200-31001400-31001800*37002400*48004mesh sizemm0.3,0.350.3,0.350.3,0.350.3,0.355Double amplitudemm457214572145721457216oscillationHz252525257Equipped with motormodelY112M-4Y132S-4Y132M-4Y180M-4powerKw2*4.02*5.52*7.52*18.58voltagev380380380380External dimensionsmm3020*2400*21003020*2600*21003527*3060*21305025*3880*26939Single point maximum dynamic loadN±2000±2500±3500±5000

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ZSL series large cold ore vibrating screen

Product Features

　　working principle:　　The ZSL series large cold ore vibrating screen belongs to the dual axis linear vibrating screen, which is driven by two electric motors to drive the exciter outside the transmission shaft for reverse self synchronous rotation, causing the screen box to produce a large amplitude linear vibration. The motor does not participate in vibration. This vibrating screen has the advantages of high production capacity, reliable operation, convenient amplitude adjustment, and low dynamic load transmitted to the foundation. It has been widely used in industrial sectors such as metallurgy, mining, coal, and ports, mainly for temperatures below 150 ° C; Cold sintered ore grading operation.　　Structural features:　　This series of vibrating screens consists of a screen box, exciter, supporting spring, isolation frame, secondary isolation spring, motor and its bracket, etc.　　The screen frame component consists of a screen frame, a sieve plate, and a fastening device. The side plate of the screen frame is made of high-quality steel plate, and the connection between the side plate, reinforcement plate, crossbeam, and exciter chassis is made of high-strength bolts and self-locking nuts or ring groove rivets, which are firm and reliable.　　The exciter is usually installed on both side plates of the upper part of the screen frame. Made into an upper vibration structure, the exciter can also be arranged on the upper part of the screen frame and connected with a universal joint. The exciter is sealed with a labyrinth ring and lubricated with dry oil. This series of cold frame screen plates adopts wear-resistant alloy steel or stainless steel screen plates, which have the characteristics of no deformation and long service life.　　Outline diagram:modelFeed particle sizeProcessing capacitymotormodelpowervoltageZSL1860<200100-250Y200L-82*15380ZSL2060<200200-300Y200L-82*15ZSL2575<200250-400Y225S-82*18.5ZSL3070<300350-500Y225M-82*22ZSL3175<300450-600Y225M-82*22ZSL3090<300550-700Y280S-82*37

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HFS series fertilizer sieve

Product Features

　　HFS type fertilizer sieve is a new type of vibrating screen. Mainly used for grading various compound fertilizers and other bulk chemical materials. The HFS fertilizer screening machine has introduced the new technology of "Tailak" structure and ring groove rivets from the United States. Low vibration noise, high screening efficiency, and easy maintenance.　　The screening surface of this fertilizer sieve is driven by vibration through an excitation device, used for particle size classification of medium and fine materials. The main characteristics of fertilizer screening in terms of structure are: vibration exciter excitation, dual motor drive, stainless steel anti blocking screen surface, and the screening machine adopts cold riveting technology (traditional welding, cold riveting technology has better stress on the screen box and longer service life). In terms of working principle, the HFS fertilizer sieve utilizes the principle of probability to complete the entire screening process at a very fast speed, reducing the time required for material screening to only half of that of a regular sieve, while its processing capacity per unit screen area is twice that of a regular sieve. Therefore, it can be considered that the screening performed in fertilizer screening belongs to "rapid screening". In addition, the fertilizer sieve holes are not easily clogged, and one screening machine can simultaneously obtain several particle sizes of products, with a wide range of screening particle sizes.　　The HFS fertilizer sieve consists of three parts: sieve box, exciter, and support device. The sieve surface is installed on the sieve frame. The screen surface of the fertilizer sieve undergoes reciprocating vibration, using a dual axis inertia exciter and driven by two electric motors. Two sets of exciters operate synchronously in reverse to generate excitation force, drive the sieve mesh, force the material to undergo parabolic motion, and pass through the sieve layer by layer. The mesh material of the fertilizer sieve is stainless steel, and the hole type is anti blocking hole type. The material does not gamble, get stuck, or stick. Due to the use of a two-layer sieve, the material moves in layers, the material flow is thinner, and it is easier to sieve. The efficiency can be doubled, truly reflecting the technical principle of probability screening.　　The research on HFS fertilizer sieve is at the forefront in China. The exciter of the fertilizer sieve adopts a precision steel casting shell, a dual axis structure, and two bearings on each axis. It has a large bearing capacity, reliable lubrication, and can operate continuously without interruption under high temperature and high dust conditions.　　The HFS fertilizer sieve has been optimized based on the original design. As fertilizer sieves are usually arranged in high-rise buildings, a secondary shock-absorbing platform has been specially designed, which can eliminate at least 3-5 times the vibration load, reduce the impact of equipment on the floor, and facilitate long-term safe operation for users; This technology is innovative in design and leading domestically.　　Technical Parameter：modelMotor PowerFeed particle sizeprocessing capacityHFS-257.5*2<3025HFS-5011*2<3050HFS-10011*4<30100HFS-1507.5*8<30150HFS-20011*8<30200

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GT series drum screen

Product Features

　　The GT series drum screen is a specialized screening equipment developed by our factory for industries such as chemical, building materials, metallurgy, and mining. It overcomes the problem of screen blockage caused by circular vibrating screens and linear screens when screening wet materials, improves the output and reliability of the screening system, and has received unanimous praise from users.　　Working principle　　The electric motor is connected to the drum device through a coupling via a reducer, driving the drum to rotate around its axis. After the material enters the drum device, the rotating drum (which can be tilted) of the drum device flips and rotates the material on the screen surface. Unqualified materials are discharged through the discharge port at the tail of the drum. Due to the flipping and rolling of the material inside the drum, the material stuck in the screen hole can be ejected to prevent blockage of the screen hole.　　Advantage　　1. Wide material adaptability: Drum screens are widely used for screening various materials, whether it is inferior coal, coal slurry, coal smoke, or other materials, they can be screened smoothly.　　2. The feeding method is simple and diverse: the feeding port of the drum screen can be designed according to the actual site, whether it is belt, funnel or other feeding methods, no special measures need to be taken, and the feeding can be smooth.　　3. Large screening capacity and easy to enlarge: At the same size, the circular area is larger than the area of other shapes, so its effective screening area is larger, allowing the material to fully contact the sieve, resulting in a larger screening capacity per unit time. Due to its simple structure, convenient layout, innovative and mature technology, it is highly prone to large-scale production.　　4. Good working environment: The entire screening cylinder can be sealed with a sealed isolation cover, which eliminates dust flying, block splashing and other phenomena during the screening cycle, avoiding pollution to the working environment.　　5. Long service life and low maintenance: The drum screen is composed of several circular mesh rings, and its total screening area is much larger than that of other screen types. In addition, the screening efficiency is high and the equipment operation time is short, resulting in a long service life, fewer vulnerable parts, and low maintenance.　　6. Low noise,　　7. The dynamic load on the foundation is small.　　scope of application　　Suitable for screening materials of various properties and light ash alkali in the chemical industry. Wet and easily clogged materials, the maximum screened product is less than 100mm, the middle is 10-50mm, and the finest can reach ≤ 3mm or less　　Technical ParametermodelCylinder specificationsCylinder inclination angle°mesh sizeProcessing capacityElectric powerGT1030Ф1×310—15°2—2010-604GT1040Ф1×42—2011-804GT1230Ф1.2×32—2012-1005.5GT1250Ф1.2×52—2015-1405.5GT1530Ф1.5×32—2016-1505.5GT1540Ф1.5×42—2018-1607.5GT1550Ф1.5×52—2020-18011GT1560Ф1.5×62—2020-20011

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