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screening equipment

Dual linear sieve

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.

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

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.

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

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

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.

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

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

feeding equipment

Product Features

　　Product Introduction:　　Seat type vibrating feeder, also known as vibrating feeder. The seat type vibrating feeder can uniformly, timed, and continuously feed block and granular materials from the storage bin to the receiving device in the production process. In the sand and gravel production line, it can continuously and uniformly feed the crushing machinery and perform coarse screening on the materials. It is widely used in crushing and screening equipment in metallurgy, coal mining, mineral processing, building materials, chemical industry, abrasive and other industries.　　working principle:　　The feeding process of this series of feeders uses a specially designed vibration motor or two motors to drive the exciter, causing the feeding trough to undergo periodic linear reciprocating or circular vibration along the inclined direction. When the vertical component of the acceleration of the feeding trough vibration is greater than the gravitational acceleration, the coal in the trough is thrown up and jumps forward according to a parabolic trajectory. The throwing and falling are completed in an instant. Due to the continuous excitation of the excitation source, the feeding trough continues to vibrate, and the material in the trough continuously jumps forward to achieve the purpose of conveying the material.　　Product features:　　1. Simple structure, uniform feeding, and good continuous performance;　　2. Change and control traffic at any time, easy to operate;　　3. If a closed body is used, it can prevent dust pollution, ensure smooth vibration, reliable operation, and long service life;　　4. The excitation force can be adjusted, the flow rate can be changed and controlled at any time, and the adjustment is convenient and stable;　　Currently, vibrating feeders are widely used in the feeding ports of Raymond mills, jaw crushers, and impact crushers.　　Installation requirements:　　When using a seat type vibrating feeder for batching and quantitative feeding, in order to ensure uniform and stable feeding and prevent material self flow, it should be installed horizontally. If continuous feeding of general materials is carried out, it can be installed with a downward tilt of 10 °. For viscous materials and materials with high moisture content, they can be installed with a downward tilt of 15 degrees.　　After installation, the feeder should have a 20mm clearance for horizontal movement, and the suspension device should be connected flexibly.　　Before the air test, all bolts should be tightened once, especially the foundation bolts of the vibration motor, which should be re tightened after running continuously for 3-5 hours.　　During the test drive, the two vibration motors must rotate in reverse to ensure the stability of current and noise. If any abnormalities are found, they should be stopped and dealt with in a timely manner.　　5. Lubricating grease should be added to the motor bearings every two months, and lubricating oil should be added once a month during high temperature seasons.

ZG Vibrating Feeder

Product Features

　　ZG Vibrating Feeder　　Product Details Description:　　The ZG series motor vibrating feeder is widely used in industries such as mining, metallurgy, coal, thermal power, refractory materials, glass, building materials, light industry, and grain. It is a feeding equipment that can uniformly or quantitatively feed block, granular and powdered materials.　　characteristic:　　The ZG series motor vibrating feeder is a new type of feeding equipment, which has the following characteristics compared to other feeding equipment:　　1. Simple structure, easy maintenance, low noise, easy installation, stable operation, fast start-up, and smooth parking.　　2. By using a vibration motor to excite the vibration source, the material undergoes parabolic motion, resulting in less wear on the feeding chute and an increased service life.　　3. It can instantly change and open/close the material flow, improving the accuracy of quantitative feeding.　　Working principle and structural characteristics:　　The ZG series vibrating feeder is driven by a new type of vibration motor, which enables the machine body to perform periodic linear reciprocating motion along the vibration direction to achieve uniform and quantitative feeding. The ZG series vibrating feeder consists of feeder tank, vibration motor, vibration reduction device and other components.

CYPB quantitative disc feeder

Product Features

　　CYPB quantitative disc feeder　　Product Description:　　The CYPB series quantitative disc feeder is a continuous feeding volumetric feeding equipment installed in storage devices such as silos, silos, and hoppers for unloading. It relies on the gravity of the material and the forced action of the disc feeder's working mechanism to continuously and evenly feed it into the next device. When it stops working, it can also play a role in the storage lock. It is a key equipment in the continuous production process.　　Structural features:　　The CYPB series quantitative disc feeder is a new type of disc feeder designed and manufactured by our company based on the digestion and absorption of advanced foreign technology, combined with the actual situation in China. It is highly reliable, efficient, and energy-saving. Its structure is more advanced and reasonable, and it has the following　　characteristics:　　1. The equipment adopts a large-diameter rotating support structure, with a large bearing capacity and smooth operation.　　2. The transmission mechanism adopts hard toothed gear transmission, which has high transmission efficiency and long service life. The installation of the reducer and motor under the panel results in a compact overall structure of the equipment.　　3. The equipment adopts a unique sealing structure, with well lubricated and sealed transmission components, and no foreign objects entering the lubricated components, ensuring the equipment operates without any faults.　　4. Variable frequency speed regulation adopts magnetic flux vector variable frequency control method, which has large driving torque, wide adjustment range, and high control accuracy.　　5. The use of a fully enclosed structure in the material conveying process is beneficial for on-site cleanliness management and creating a comfortable working environment.　　6. The equipment body and the feeding sleeve adopt a modular and detachable structure to achieve quick disassembly and assembly on site. The installation position of the discharge port can be freely selected within a 180 degree range, making it more convenient to use.

K series reciprocating coal feeder

Product Features

　　K series reciprocating coal feeder　　The K-type reciprocating coal feeder is used for feeding coal or other loose granular materials with low polishing and viscosity. It continuously and uniformly unloads the materials in the storage bin or pit into the transportation equipment or other screening equipment.　　This equipment can evenly feed coal from the coal bunker to the conveyor or other screening equipment, and is suitable for mines and coal preparation plants.　　1. Structure: The coal feeder consists of a funnel, a reducer, a common motor, a transmission platform, a transmission mechanism, a bottom plate (coal feeding plate), a coal feeding body, a support roller, and a gate.　　2. Principle: The electric motor drives the bottom plate to make linear reciprocating motion on the roller through the reducer and crank connecting rod mechanism, thereby evenly unloading the material onto the conveyor or other screening equipment.　　There are two structural types of coal feeders: those with regulating gates and those without regulating gates.　　The productivity with adjustable gates can be controlled by the gates, and the productivity listed in the table above is the productivity when adjusted to the maximum position (equivalent to without adjustable gates)

Electromagnetic vibration feeder

Product Features

　　Electromagnetic vibration feeder　　Product details introduction:　　The electromagnetic vibration feeder series is used to quantitatively, uniformly, and continuously transport block, granular, and powdery materials from storage bins or funnels to the receiving device. It can be used as a feeding device for belt conveyors, bucket elevators, screening equipment, cement mills, crushers, crushers, and viscous granular or powdery materials in various industrial sectors; Used in processes such as automatic batching, quantitative packaging, and automatic control. Widely used in industries such as mining, metallurgy, coal, building materials, light industry, chemical industry, power, machinery, grain, and medicine.　　working principle:　　The electromagnetic vibration feeder is a relatively complete elastic system with dual particle directional forced vibration. The entire system operates in a low critical resonance state, and by using an electromagnetic exciter to drive the trough to perform reciprocating vibration at a certain inclination angle, the material moves along the trough. Material 2 is placed on the feeding tank 1 supported by the main vibration spring 3, and the armature 4 is integrated with the main vibration spring of the tank. The coil 6 is wound around the iron core 5. The unidirectional pulsating current after half wave rectification flows through the coil, thus generating corresponding pulsed electromagnetic force in the electromagnet. In the positive half cycle of alternating current, pulsating current flows through the coil, generating pulsating electromagnetic attraction between the iron core and the armature, causing the groove to move backward, and the main spring of the exciter to deform, storing potential energy; In the negative half cycle, no current passes through the coil, and the electromagnetic force disappears. The armature separates from the electromagnet under the action of the spring force, causing the material groove to move forward. In this way, the material groove continuously oscillates back and forth at the frequency of the AC power supply.　　Product features:　　1. Small size and light weight. Simple structure, easy installation, no rotating parts, no need for lubrication, easy maintenance, and low operating costs.　　2. It can instantly change and open/close the material flow, with high accuracy in feeding quantity.　　3. The electrical control adopts a thyristor half wave rectification circuit, which can infinitely adjust the feeding amount and achieve centralized and automatic control of the production process.　　During the feeding process, the material undergoes continuous micro throwing motion, resulting in minimal wear on the feeding chute.　　5. This series of electromagnetic vibration feeders is not suitable for occasions with explosion-proof requirements.

Belt and chain feeders

Product Features

　　Product Introduction　　Chain belt feeder is a new type of feeding equipment developed on the basis of reciprocating feeder, which overcomes the drawbacks of intermittent feeding of reciprocating feeder and achieves continuous and adjustable feeding amount. Can be replaced with the widely used reciprocating feeders nowadays. According to the different material characteristics, this equipment can be divided into belt type and chain type, and can also be made into extended types according to customer needs. Meanwhile, according to the requirements of the conveying process, a horizontal or inclined conveying system can be synthesized from a single or multiple units, which can be used for horizontal or inclined conveying.　　Working principle　　The material in the silo enters the guide groove through the connecting section and falls onto the steel wire tape. When the tape is stationary, the material stops moving due to internal friction, forming a static accumulation at a certain angle at the discharge port; When the driving drum starts to rotate under the drive of external power, it drives the tape to move, and the tape drives the material on it to guide to the discharge port. The running tape turns back after unloading at the discharge port, and the material is continuously discharged from the discharge port, thus completing the feeding process; The secondary sealing device provides sealing for materials leaking from the gap between the guide groove and the tape; Changing the feeding amount can be achieved by adjusting the speed control handwheel of the planetary friction type continuously variable transmission of the rotating arm to change the output shaft speed and the size (height) of the tape running speed, thereby changing the feeding amount; Changing the feeding amount can also be achieved by selecting a frequency converter and adjusting the motor speed to change the feeding amount. During the operation of the belt coal feeder, the main load of the system is supported by rolling bearings, resulting in low operating resistance, low required driving power for the equipment, and long working life of all system components.　　Application scope　　At present, the commonly used belt widths for belt conveyors are: 500/650/800/1000/1200/1400/1600/1800/2000/2200/2400mm.　　Used in various industries such as metallurgy, mining, coal, ports, power stations, building materials, chemical industry, light industry, petroleum, etc.　　The material can be transported by a single or multi machine combined transportation system, which can transport bulk materials, as well as various small weight items such as cardboard boxes and packaging bags. It has a wide range of uses.　　Equipment advantages　　1. Strong conveying capacity.　　2. The transportation is smooth, and there is no relative movement between the material and the conveyor belt, which can avoid damage to the material.　　3. Simple structure and easy maintenance.　　4. Low energy consumption, low noise, and environmentally friendly.　　5. The feeder runs smoothly, especially our factory's production feeder, which meets the requirements of large feeding volumes and is favored by users.　　The arch breaker device is a major breakthrough in the design and production of our factory, which can effectively relieve the pressure at the warehouse opening and prevent the material from being trapped. The 6+1 type skirt edge is formed by one-time vulcanization, with 6 layers of nylon yarn and 1 layer of ultra-fine diamond woven steel wire mesh imported from Japan. It has strong tensile strength, friction resistance, and anti combustion ability. The external skirt edge not only prevents the leakage of fine powder from the material, but also prevents the overflow of moisture in the material. Providing up to thousands of tons of material per hour greatly meets the needs of modern production and creates significant economic benefits for customers.modelpowerKWvoltageVenvironmentFeed quantityAdjustment method for feeding quantityInstallation sizeMaximum external dimensions for transportationt/hmmmmPDG/4/P/S-14380/660Common200-1000Manual infinitely variable transmissionK-3long2825LDG/4/P/B-1Variable frequency infinite variable speedwide1430PDG/4/P/S-1Explosion proof typeManual infinitely variable transmissiontall1705LDG/4/P/B-1Variable frequency infinite variable speedPDG/5/P/S-15.5Common520-2600Manual infinitely variable transmissionK-4long3250LDG/5/P/B-1Variable frequency infinite variable speedwide1630PDG/5/F/S-1Explosion proof typeManual infinitely variable transmissiontall1850LDG/5/F/B-1Variable frequency infinite variable speed

Rod vibrating feeder

Product Features

　　GZT type vibrating feeder, also known as bar feeder, is a feeder that uniformly transports large blocks of materials. It adopts a double eccentric shaft exciter, which can withstand the impact of large blocks of materials and has a large feeding output. This rod feeder is particularly suitable for feeding materials before coarse crushing in the hydropower industry, construction stone materials, metal ores, and other industries. The vibration feeder series produced by Integrity Vibration can be divided into steel plate structure and grate structure. Steel plate structure feeders are mostly used in sand and gravel production lines to evenly feed all materials into the crushing equipment; The feeder with a grate structure can perform coarse screening on materials, making the system more economical and reasonable in configuration.　　working principle:　　The GZT series vibrating feeder is driven by a new type of vibrating motor. This series of vibrating feeders is used for uniform feeding before the coarse crusher. At the same time, due to the effect of the rod screen surface, it can also remove small materials such as soil, achieving the function of pre screening and improving the coarse crushing capacity. This series of vibrating feeders is equipped with a new type of vibration motor or exciter for vibration. The frame type ring groove rivet is riveted, and the protective plate and rod are made of manganese steel. The structure is sturdy, strong, impact resistant, wear-resistant, and easy to use and maintain.　　Product advantages:　　1. Suitable for large block material feeders, with high feeding capacity and continuous and uniform feeding.　　2. The excitation force is relatively small, the vibration is stable, the work is reliable, and the service life is long.　　3. The machine has a simple mechanism and is easy to use and maintain.　　4. Adopting a closed body can prevent dust.　　Installation and maintenance　　When the feeder is used for batching and quantitative feeding, in order to ensure uniform and stable feeding and prevent material self flow, it should be installed horizontally. If continuous feeding of general materials is carried out, it can be installed with a downward tilt of 10 °. For viscous materials and materials with high moisture content, they can be installed with a downward tilt of 15 degrees.　　After installation, the feeder should have a 20mm clearance for movement, and should be horizontal. The suspension device should be connected flexibly.　　Before the air test, all bolts should be tightened once, especially the foundation bolts of the vibrating electromagnetic system. After running continuously for 3-5 hours, they should be re tightened once.　　During the test drive, the two vibration motors must rotate in reverse.　　5. During the feeding process, the stability of amplitude, current, and noise should be regularly checked, and any abnormalities should be promptly stopped for handling.　　6. Lubricating oil should be added to electromagnetic bearings every 2 months, and lubricating oil should be added once a month during high temperature seasons.　　Safety operation regulations　　The feeder should be installed on a fixed foundation according to the prescribed installation method. Before the official operation of the mobile feeder, the wheels should be wedged with triangular wooden wedges or braked with brakes. To avoid movement during work, when multiple feeders are operating in parallel, there should be a one meter passage between machines and between machines and walls.　　Before using the feeder, it is necessary to check whether all operating parts, tape buckles, and load-bearing devices are normal, and whether the protective equipment is complete. The tension of the tape must be adjusted to a proper degree before starting.　　3. The belt feeder should be started with no load. Only after normal operation can the material be fed in. It is prohibited to feed before driving.　　When several feeders are running in series, they should be started sequentially from the discharge end. Only after all are operating normally can the material be fed in.　　When the tape deviates during operation, it should be stopped for adjustment and not forced to be used to avoid wear on the edges and increased load.　　6. The working environment and the temperature of the delivered materials shall not be higher than 50 ℃ and lower than -10 ℃. Do not transport materials containing acidic or alkaline oils and organic solvents.　　7. Pedestrians or passengers are prohibited on the conveyor belt.　　8. Before parking, the feeding must be stopped first, and the vehicle can only be stopped after all the materials stored on the belt have been unloaded.　　9. The feeder motor must have good insulation. Do not pull or drag the cables of the mobile feeder randomly. The electric motor should be reliably grounded.　　When the belt slips, it is strictly prohibited to pull the belt by hand to avoid accidents.　　Structure diagram:Technical performance and parameters of GZT (I) series bar type vibrating feedermodelMaximum feeding particle size mmproductivity t/hEccentric shaft speedr/minMotor PowerKWtilt angle°machine weight(Excluding motor)kgSize of material trough(Length x Width)mmMachine dimensions(Length×Width×Height)mmGZT-380×9550096-160500-71411040823800×9603882×2177×2066GZT-420×110580120-240500-80015047404200×11004282×2400×2150GZT-490×96500120-240500-80015053514900×9604957×2277×2150GZT-490×110630120-280500-80015053524900×11004950×2425×2031GZT-590×11063035075022061305900×11006000×2500×2150GZT-600×130750400-560500-80022078006000×13006082×2580×2083Main technical parameters of GZT (II) series bar type vibrating feedermodelwork area(m2)Blind plate inclination angleBar inclination angleDouble amplitudeVibration direction angleMaximum feeding particle sizeprocessing capacityVibration frequency times/minutemotorpowerblind platerodmmmmt/hmodelkwGZT07200.70.70151245400150-175750Y160M-67.5GZT09301.21.355201145400200-23079-790YCT200-4B7.5GZT12301.81.8520945700260-300800Y160M-67.5GZT153532.3520945700300-400800Y160M-411GZT1560635208451000400-600800Y180M-422

Conveyor equipment

SCG vibrating conveyor

Product Features

　　Product Overview:　　The SCG series long-distance high-temperature material vibration conveyor is widely used in industries such as mining, metallurgy, building materials, coal, chemical, grain, and medicine to transport various powders, granules, blocks, and their mixtures with temperatures below 300 ℃. It is a highly versatile and structurally advanced high-temperature material vibration conveying equipment. For example, the transportation of raw materials, intermediate semi-finished products, and finished products in the cement industry, the transportation of solid raw materials and semi-finished products in the chemical industry, the transportation of ores, concentrates, and tailings in the mining industry, and so on. It is a highly versatile and structurally advanced vibration conveying equipment.　　Scope of application:　　The SCG series long-distance high-temperature material vibration conveyor is widely used in industries such as building materials, metallurgy, chemical engineering, mining, machinery manufacturing, coal, tobacco, grain, and medicine. Mainly used for conveying materials such as powder, granular, block, and their mixtures. For example, the transportation of raw materials, intermediate semi-finished products, and finished products in the cement industry, the transportation of solid raw materials and semi-finished products in the chemical industry, the transportation of ores, concentrates, and tailings in the mining industry, and so on.　　working principle:　　The SCG series long-distance vibration conveyor uses two vibration motors as excitation sources, and applies the principle of self synchronization. The two vibration motors rotate in reverse, causing the bottom balance frame of the conveyor to produce reciprocating vibration. Through the action of the main vibration spring and guide plate spring, the upper conveyor groove is driven to vibrate, thereby achieving the purpose of conveying materials. There are two types of SCG long-distance vibration conveyors: open and closed. The cross-section of the material trough can be made into various forms such as circular, rectangular, and trapezoidal. The feeding and discharging of the material trough can also be made into various types such as one point feeding, one point discharging, one point feeding, multi-point discharging, multi-point feeding, and one point discharging as needed. When the conveying distance is long, multiple conveyors can be connected to transport. The SCG long-distance vibration conveyor material trough is supported by rubber springs or steel springs, and relies on the self synchronous operation of two vibration motors fixed on the material trough to generate linear vibration.　　Main features:　　1. It can be transported in a fully enclosed manner to eliminate dust pollution, or it can be transported in an open manner.　　2. Large conveying capacity, good insulation effect, no need for cooling device, low power consumption.　　3. Simple structure, easy debugging, limited variety of vulnerable parts, and convenient maintenance.　　4. Quick start and stop, smooth operation, good vibration isolation performance, and low noise.　　5. Easy to install, no special foundation or corner bolts required, easy to move position.　　6. The distance of a single conveyor can reach 20 meters, and the flexible connection of multiple machines can be extended as needed.　　7. It can be fed and unloaded at multiple points, suitable for conveying cement clinker and slag at the bottom and top of the warehouse.modelSCG300SCG400SCG600SCG800Single machine conveying distance（m）4580245894Transportation output（T/H）≤15≤25≤40≤60Electric power（TW）3-7.55.5-15Weight per meter of equipment（KG/M）300500700800Material properties, particle size（MM）0.5<D<1000.5<D<200Material properties Temperature（℃）<300Material properties, moisture content, and viscosityNon viscous, non flammable and non explosive materials with a moisture content of less than 5%　　Note:　　The conveying output is determined based on cement clinker with a bulk density of 1.6 tons/m3 and a temperature below 300 ℃.　　If conveying other materials, the following companies can be used to convert production volume　　Q=a*Q’Qλ/1.6　　The reduction factor is approximately 0.5-1. Take the small value for powdered materials and the large value for bulk materials.　　Q '- Output shown in the table　　λ - specific gravity of conveyed material

WLS shaftless screw conveyor

Product Features

　　Product Overview:　　Compared with traditional screw conveyors with shafts, shaftless screw conveyors have the following outstanding advantages due to the adoption of a centerless shaft design and the use of a flexible integral steel screw to push materials: strong resistance to entanglement. The shaftless screw conveyor is a new type of screw conveyor independently developed by our company based on the actual situation where LS and GX types of screw conveyors are used in industries such as building materials, chemical, environmental protection, power, medicine, metallurgy, and food to transport materials with high abrasion resistance, high viscosity, easy agglomeration, and easy entanglement of materials, resulting in material blockage and damaged suspension bearings that prevent the screw machine from working properly. This product is suitable for continuous and uniform conveying of loose, viscous, and easily entangled materials. The maximum temperature of the conveyed material can reach 100 ℃, and the maximum inclination angle is less than 45 °.　　Structure and working principle:　　The shaftless screw conveyor is mainly composed of a driving device, head assembly, casing, shaftless screw body, groove lining plate, feeding port, discharging port, machine cover (when needed), base, etc.　　Drive device: Adopting cycloidal pinwheel reducer or shaft mounted hard tooth surface gear reducer, the drive device should be designed to be located at the discharge port end as much as possible, so that the spiral body is in a tensile state during operation. The head is equipped with thrust bearings that can withstand the axial force generated during material transportation.　　Chassis: The chassis is U-shaped or O-shaped, with a rainproof cover on the top, made of stainless steel, carbon steel, or fiberglass.　　Axial free spiral body: made of stainless steel or carbon steel.　　Tank lining plate: made of wear-resistant plastic plate, rubber plate, cast stone plate, etc. Inlet and outlet: There are two types: square and circular. Generally, the form of inlet and outlet is determined by the user.　　Main features:　　The shaftless screw conveyor can transport materials that traditional shaft screw conveyors and belt conveyors cannot or are difficult to transport, such as granular and powdery materials, wet and paste materials, semi fluid and viscous materials, materials that are prone to entanglement and blockage, and materials with special hygiene requirements. The performance characteristics of the shaftless screw conveyor are: compared with the traditional shaft screw conveyor, the shaftless screw conveyor has outstanding advantages and good environmental performance due to the use of a non central shaft design and the use of a flexible integral steel screw to push materials. Compared to screw conveyors with shafts, the weight and cost will be significantly reduced.　　1. Good environmental performance. The use of fully enclosed and easy to clean spiral surfaces ensures that the conveyed material is not contaminated and will not leak during transportation.　　2. The conveying capacity is large, which is 1.5 times that of a screw conveyor with a shaft of the same diameter.　　3. Large turning distance, low energy consumption, and unobstructed discharge port.　　4. Long conveying distance, single machine conveying length can reach 60-70m.　　5. Compact structure, space saving, beautiful appearance, easy operation, economical and durable.　　Technical parameters:WLS type10016020025031540050063080010001250Spiral diameter(mm)10016020025031540050063080010001250pitch(mm)100160200250315355400450500560630rotational speed(r/min)140120909075756060453530Conveying capacityQ=0.33 ( m3/h )2.27,6112236.466.193.1160223304458Power Pd l=10m(KW)1.11.52.22.43.25,14.18.6121624.4Power Pd l=30m(KW)1.62.83.25.38.41115,325.9364873.3rotational speed (r/min)12090757560604545353020Conveying capacity Q=0.33 ( m3/h )1.95.7181829.152.969.8125174261305Power Pd l=10m(KW)11.32.12.12.94.14.76.89.414.116.5Power Pd l=30m(KW)1.52.34.54.578.911.620.428.342,249.5rotational speed (r/min)9075606045453535302016Conveying capacity Q=0.33 ( m3/h >1.44.8151521.839.654.397149174244Power Pd l=10m(KW)0.91.21.91.92.53.44.35.48.19.513.3Power Pd l=30m(KW)1.22.23.83.85,46.89.21624.428.639.9rotational speed (r/min)7560454535353030201613Conveying capacity Q=0.33 ( m3/h >1.23.811111731.746.57399.3139199Power Pd l=10m(KW)0.751.11.61.62.13.13.74.65.77,711Power Pd l=30m(KW)1.11.83.43.44.45.681416.723.233

LS screw conveyor

Product Features

　　Product details introduction:　　The LS type screw conveyor has a diameter ranging from 100mm to 1250mm, with a total of twelve specifications, divided into two forms: single drive and double drive. The maximum length of the single drive screw machine can reach 40m (extra large 30m), while the double drive screw machine adopts a middle disconnect shaft structure, with a maximum length of 80m (extra large 60m). The length of the screw machine is adjusted every 0.5 meters, and can be selected according to needs. The head and tail bearings of the screw machine are placed outside the housing to reduce dust intrusion into the bearing chamber and improve the service life of the screw key components. The intermediate suspension bearing adopts two interchangeable structures of rolling and sliding, with low resistance, strong sealing, and good wear resistance. The bearing shells of sliding bearings are made of various materials such as powder metallurgy, nylon, and Babbitt alloy for users to choose according to different working conditions. The outer side of the suspension bearing machine is equipped with an oil cup, which is convenient for centralized refueling and lubrication. The layout of the inlet and outlet positions is flexible, and an electric discharge outlet is added for automatic control. Speed measurement alarm devices can also be configured according to user requirements.　　Product features and application scope:　　The LS type screw conveyor has a diameter ranging from 100mm to 1250mm, with a total of twelve specifications, divided into two forms: single drive and double drive. The single drive screw machine can reach a maximum length of 40m (extra large 30m), while the double drive screw machine adopts a middle disconnect shaft structure, with a maximum length of 80m (extra large 60m). The length of the screw machine can be selected in increments of 0.5 meters according to needs. The head and tail bearings of the screw machine are placed outside the housing to reduce dust intrusion into the bearing chamber and improve the service life of the key components of the screw mechanism. The intermediate suspension bearing adopts two interchangeable structures of rolling and sliding, with low resistance, strong sealing, and good wear resistance. The bearing shells of sliding bearings are made of various materials such as powder metallurgy, nylon, and Babbitt alloy for users to choose according to different working conditions. The outer side of the suspension bearing machine is equipped with an oil cup, which is convenient for centralized refueling and lubrication. The layout of the inlet and outlet positions is flexible, and an electric discharge outlet is added for automatic control. Speed measurement alarm devices can also be configured according to user requirements.　　Screw machines have been widely used in the building materials, metallurgy, chemical, power, coal, machinery, light industry, grain and food industries, suitable for conveying powdery, granular, and small block materials such as cement, coal, grain, fertilizers, ash, sand, coke, etc. It is not suitable to transport logistics that are prone to spoilage, high viscosity, and clumping. The working environment temperature of LS screw conveyor is -20 ℃ -40 ℃, and the temperature of conveyed materials is generally -20 ° -80 ℃. LS screw conveyor is suitable for horizontal and small inclination arrangement, and the inclination angle should not exceed 15 ℃. Special design and manufacturing can be carried out.　　2、 Model specifications and technical parameters (see Table 1)The LS type screw conveyor is divided into small, medium, large, and extra large sizes, with a total of twelve specifications.Model specificationsSpiral diameter mmPitch mmrotational speed r/minConveying capacity m³/hrotational speed r/minConveying capacity m³/hrotational speed Conveying capacity rotational speed r/minConveying capacity r/minm³/hm³/hSnφ=0.33nφ=0.33nφ=0.33nφ=0.33small-scaleLS1001001001402.21121.7901.4711.1LS1251251251253.81003802.4631.9LS1601601601127.1905.7714.5563.6LS20020020010012.4809.9637.8506.2medium-sizedLS2502502509021.87117.25613.64510.9LS3153153158038.86330.55024.24013.4LS4004003557162.55649.34538.63631.7largeLS5005004006397.75077.640623249.6LS63063045050138.540110.83288.62569.3LS80080050040198.532158.825124.12099.3Extra LargeLS1000100056032277.925217.120173.716139LS1250125063025381.720305.416244.313198.5　　3. Appearance and installation dimensions:　　The assembly diagram of LS type screw conveyor is shown in Figure 1 and Figure 2, and the small-sized machines (LS100, LS200) do not have a dual drive form;Figure 1 LS type spiral machine (I) single driveThe corresponding dimensions are shown in Table 2. The LO size in the table is set every 500mm.modelhh1lC3BFL0PQRT1T2XYdeLS100140632500100180501000~30006010001901201102321702542LS125160752500130210501000~30006010002201301302521703058LS160180902500160244501000~30006010002501501502541763558LS2002001122500200304501000~30006010002851801802851824082LS2502501403000250356501000~35006010003302102202921885082LS31528018030003204201001000~350060100038025025032219060105LS40035522430004005301001000~350060100043030028040621270140LS50040028040005006321001500~5000100100050036034044121880170LS63050035540006307681501500~50001001000570430420528240100210LS80063045040008009981501500~50001001000710530520542260120210LS10007105604500100012122001500~55001001000810640630616272140250LS12508007104500125014622001500`550010010001000880760671284170300Note: The size R is the minimum size for the feed inlet; The size Q is the minimum size.Figure 2LS Spiral Machine (II) (Dual Drive)Length and combination (see Table 3)Model specificationsscolextelsonA-type dual driveB-type dual driveStandard section IL0Intermediate sectionIntermediate sectionsmall-scaleLS100～LS2002.511.522.53medium-sizedLS250～LS400311.522.533.5L0I+L0largeLS500～LS80041.522.533.544.55Extra LargeLS1000～LS12504.51.522.533.544.555（See the end section）（See the beginning and end section）The length of a single drive screw machine (every 0.5m) is L=n1+L0 (n1), and its combination is: 1 head section+(n-1) standard section+1 tail sectionDouble drive screw machine length (every 0.5m) (1) adopts A-type double drive intermediate section: L=21+L0 (2) adopts B-type double drive intermediate section: L=2n+(1+L0)Its combination is: 2 head joints+2 (n-1) standard joints+1A (B) type dual drive middle

GX type screw conveyor

Product Features

　　GX Spiral Conveyor Product Overview:　　GX screw conveyor has been widely used in various sectors of the national economy, such as building materials, metallurgy, chemical industry, power, coal, machinery, light industry, grain and food industries. It is suitable for conveying powdery, granular, and small block materials, such as cement, coal powder, grain, fertilizer, ash, sand, coke, etc It is not suitable to transport materials that are prone to deterioration, high viscosity, and clumping. The working environment temperature of LS screw conveyor is usually -20~40 ℃, and the temperature of conveyed materials is generally -20~80 ℃. GX screw conveyor is suitable for horizontal and small inclination arrangement, and the inclination angle should not exceed 15 °. If the inclination angle is too large, please choose GX series screw conveyor or contact our technical department for separate design.　　Main features and working principle of GX screw conveyor:　　1. High load-bearing capacity, safe and reliable.　　2. Strong adaptability, easy installation and maintenance, and long service life.　　3. The whole machine has a small volume, high speed, and ensures fast and uniform conveying.　　4. Good sealing performance, the shell is made of seamless steel pipe, and the ends are connected to each other with flanges to form a whole, with good rigidity.　　Installation diagram of GX series screw conveyor:Main technical parameters of GX series screw conveyor:GX type200250300400500Spiral diameter (mm)200250315400500 Pitch (mm)200250315355400rotational speed (r/min)9090757560Conveying capacity QΦ=0.33（m3/h）112236.466.193.1Power Pd 1=10m(KW)2.22.43.25.14.1Power Pd 1=30m(KW)3.25.38.41115.3rotational speed (r/min)7575606045Conveying capacity QΦ=0.33（m3/h）181829.152.969.8Power Pd 1=10m(KW)2.12.12.94.14.7Power Pd 1=30m(KW)4.54.578.911.6rotational speed (r/min)6060454535Conveying capacity QΦ=0.33（m3/h）151521.839.654.3Power Pd 1=10m(KW)1.91.92.53.44.3Power Pd 1=30m(KW)3.83.85.46.89.2rotational speed (r/min)4545353530Conveying capacity QΦ=0.33（m3/h）11111731.746.5Power Pd 1=10m(KW)1.61.62.13.13.7Power Pd 1=30m(KW)3.43.44.45.68GX Spiral Conveyor Dimensions:modelWABCDNRYLKMSPOHVJTGGX150200017023621610819019011214010013517270110160161951000、1500、2000GX200250022030627210822019011218020016525308140200162501500GX250250027035633010827019014022019528356200260203002000GX300250032042838514830019021427022528443240320203502500GX400300042052849214835019022434030028030533320400254301500GX500300052866261217845019028040034035662400500254902000GX600300062876272017855019025550043040760500600305603000

TH bucket elevator

Product Features

　　Product Overview:　　The TH type bucket elevator is a new generation elevator that is equivalent to the international standard ISO5050-81. Suitable for vertical transportation of low abrasive materials such as grain, coal, and cement in powder, granular, and small block forms. Crushed ore, etc., with a material stacking density not exceeding 1.5t/m ³; The material temperature shall not exceed 250 ℃.　　Structural characteristics and working principle:　　The TH series bucket elevator consists of a tail part, a middle groove body, a head part, a bucket chain component, and a drive device. Fully enclosed casing ensures no material leakage during equipment operation. The lifting conveyor chain adopts stamped plate type chain, which can be arranged in single chain and double chain types. The head is equipped with a backstop for reliable backstop. The inlet and outlet of the equipment, as well as the lifting height, can be flexibly designed and arranged according to the process requirements. TH type is a circular chain bucket elevator that uses mixed or gravity unloading and digging loading. High quality alloy steel high circular chain is used for traction components. The central casing is divided into two forms: single channel and double channel. The internal heavy hammer box is automatically tensioned with constant force. The sprocket adopts a replaceable wheel rim combination structure. Long service life and easy replacement of wheel rims. The lower part adopts a gravity automatic tensioning device, which can maintain a constant tension force, avoid slipping or chain detachment. At the same time, the hopper has a certain tolerance when encountering jamming caused by accidental factors, which can effectively protect the lower shaft and other components. This bucket elevator is suitable for conveying powdery, granular, and small block shaped bottom grinding materials with a bulk density of less than 1.5t/m3 that are easy to remove. Such as coal, cement, gravel, sand, fertilizers, grains, etc. TH type bucket elevator is used for vertical conveying of various bulk materials. Suitable for conveying powdery, granular, and small block materials, with material temperatures below 250 ℃.　　Main features:　　1. Easy maintenance and long lifespan.　　2. The casing steel plate is thickened and has good rigidity.　　The maximum temperature for conveying materials can reach 250 ℃.　　4. The middle section casing has two forms: single channel and dual channel.　　5. Elevate the height to ensure smooth and reliable operation, low noise, and easy maintenance.　　6. The improved model increases the conveying capacity by more than 30% compared to ordinary models.　　7. The hoist ring chain is forged from low-alloy steel and undergoes carburizing and quenching treatment, possessing extremely high tensile strength and wear resistance.modelTH315TH400TH500TH600Type of hopperZHSHZHSHZHSHZHSHConveying capacity（m3/h）3559589473118114185bucket capacity（L）3.7565.99.59.31514.623.6pitch of buckets（mm）512688Round steel diameter x pitchΦ18x64Φ12.1x86Single chain strength component≥ 320≥ 480Traction weight per unit length (kg/m)25.6426.573131.941.544.24952.3Drive sprocket speed (RPM)42.537.635.831.8Maximum particle size of conveyed materials（mm）35405060Maximum particle size of conveyed materials（m/t）1.41.5pourZH Representative of Zhongshen DouSH Representing Deep Struggle

TD bucket elevator

Product Features

　　Structural characteristics and working principle: The TD series bucket elevator consists of a tail part, a middle groove body, a head part, a bucket chain component, and a driving device. Fully enclosed casing ensures no material leakage during equipment operation. The lifting conveyor belt is made of rubber belt, with an external bucket layout and a head equipped with a reliable backstop. The inlet and outlet of the equipment, as well as the lifting height, can be flexibly designed and arranged according to the process requirements.　　The material is uniformly introduced into the hopper installed and fixed on the lifting tape for continuous closed operation through the equipment inlet, and lifted from the tail inlet to the head outlet for discharge, achieving single point feeding, single point centrifugal or mixed discharge. The lifting conveyor belt adopts a screw adjustment device to adjust the tightness of the conveyor belt, ensuring that it always maintains a moderate tension state during operation and keeps the equipment in a stable operating state.　　Applicable materials:　　TD and D-type tape bucket elevators are suitable for vertically conveying powdery, granular, and small bulk materials with low grinding properties, such as grains, coal cement, crushed ores, etc. The maximum lifting height is 40m. Its characteristics are: simple structure, smooth operation, digging type loading, centrifugal unloading, and material temperature not exceeding 60 ℃. TD type is designed and manufactured according to JB3926-85 "Vertical Bucket Elevator" standard. Compared with traditional D-type bucket elevators, it has high conveying efficiency and multiple hopper types, and should be preferred.　　The advantages of this elevator are:　　1. The TD type has a large conveying capacity, and compared to the D type with the same bucket width, the conveying capacity is nearly doubled. 2. The traction parts use high-strength rubber conveyor belts with high tensile strength and long service life. 3. The overall structure is simple, easy to install, and convenient for adjustment, maintenance, and upkeep.　　4. The traction component is a low-alloy high-strength circular ring chain, which, after appropriate heat treatment, has high tensile strength and wear resistance, and a long service life. This hoist is used for centrifugal or mixed unloading and extraction loading, and is suitable for conveying low abrasive materials with a bulk density of no more than 1.5t/m3, including powder, granular, and small pieces. The temperature of the materials should not exceed 60 degrees. This series of bucket elevators is equipped with four types of hoppers: Q-type (shallow hopper), H-type (arc bottom hopper), zh type (medium deep hopper), and sh type (deep hopper), which respectively transport various materials. Users can choose the appropriate hopper according to the characteristics of the materials.　　Installation dimensions of TD-D bucket elevator:Technical parameter table of TD-D bucket elevator:modelTD160TD250TD315TD400Form of hopperQhzDSdQhzDSdQhzDSdQhzDSdConveying capacity(m3/h)5.49.69.616122223351730254024464166Dou Kuan(mm)160250315400bucket capacity(L)0.50.94.21.91.32.234.623.63.85.83.15.65.99.4pitch of buckets(mm)280350360450400500480560bandwidth(mm)200300400500Dou Speed(m/s)1.41.61.61.8Large chunks of material quantity(mm)25354555modelTD500TD630TD160TD250TD350TD450Form of hopperQhzDSdhzDSdQSQSQSQSConveying capacity(m3/h)3870589285891424.78182225425072Dou Kuan(mm)500630160250350450bucket capacity(L)4.899.3151414.623.50.651.12.63.277.814.515pitch of buckets(mm)500625710300400500640bandwidth(mm)600700200300400500Dou Speed(m/s)1.8211.251.251.25Large chunks of material quantity(mm)607025354555　　explain:　　1. The bucket capacity in the table is calculated, and the conveying capacity is calculated based on a filling coefficient of 0.6.　　2. The purpose of the hopper of the bucket elevator is:　　Shallow hopper: Conveys materials that are damp, prone to clumping, and difficult to throw out. Such as wet sand, wet coal, etc.　　Deep hopper: Conveys dry, loose, and easily thrown materials. Such as cement, coal, gravel, etc.

HL bucket elevator

Product Features

　　Product Overview:　　The HL bucket elevator is suitable for vertically conveying powdery, granular, and small block materials with high grinding properties, such as grains, coal, cement, crushed ores, etc. The conveying height is very high at 40m, characterized by a simple structure, smooth operation, pull-out loading, mixed or gravity unloading, and a combination sprocket wheel rim for easy replacement. The sprocket wheel rim has a long service life after special treatment. If a gravity automatic tensioning device is used in the lower part, it can maintain a constant tension, avoid slipping or chain detachment, and at the same time, it has a certain tolerance to effectively protect moving parts when the hopper encounters resistance. The material temperature does not exceed 250 ℃.　　HL bucket elevator is a type of bucket elevator, which consists of an upper section with a transmission sprocket, a lower section with a tension sprocket, a middle casing drive device, and a reverse brake device. The hopper of this elevator is intermittently arranged, and the hopper is loaded using the "picking method" and unloaded using the "centrifugal feeding method". This hoist is suitable for conveying non abrasive materials in powder, material, and small pieces. Due to the traction mechanism of the hoist being a circular chain, it allows for the transportation of materials with higher temperatures.　　Structure and working principle:　　The HL bucket elevator consists of a moving part (hopper and traction chain), an upper section with a transmission sprocket, a lower section with a tension wheel, a middle housing, a driving device, a reverse braking device, etc. The hopper of this elevator is arranged intermittently, using the "digging method" for loading and the "centrifugal feeding method" for unloading. The traction mechanism of this elevator consists of two circular chains.　　HL bucket lifting mechanism method and installation method　　1. According to the shape of the hopper, there are two types: S method - with a deep circular bottom hopper; Q method - with a shallow circular bottom hopper.　　2. There are two types of discharge ports according to the form of the upper section: X1 method - discharge port with inclined flange; X2 method - discharge port with horizontal flange.　　3. There are two types of feeding ports according to the form of the lower section: J1 method - the inclined surface of the feeding port forms a 45 degree angle with the horizontal plane; J2 method - the inclined surface of the feed inlet forms a 60 degree angle with the horizontal plane.　　4. There are four types of inspection doors on the side of the middle casing: K1 method - the middle casing side has a lower left inspection door; K2 manufacturing method - the side of the middle casing has a lower right inspection door; K3 method - the side of the middle casing has an upper left inspection door; K4 method - the side of the middle casing has an upper right inspection door.　　5. There are two types of inspection doors based on the position of the middle casing end face: Z1 method - the middle casing end face has a lower inspection door; Z2 manufacturing method - the middle casing end face is equipped with an upper inspection door.　　6. According to the relative position of the transmission device to the elevator, it can be divided into two types: left installation - the transmission device is on the left side; Right side installation - the transmission device is on the right side.　　Main features:　　1. Smooth operation and high conveying efficiency;　　2. There are many types of hoppers, so they should be prioritized for selection;　　3. Strong adaptability, easy installation and maintenance, long service life;　　4. The whole machine has a small volume, high speed, and ensures fast and uniform conveying.projectElevator modelHL300HL400S Preparation methodQ Preparation methodS Preparation methodQ Preparation methodTransportation capacity，㎡/h281647.230hopper capacity，升5.24.410.510Dipper distance, millimeters500500600600Running part (hopper traction chain) kg/m24.82429.228.3Traction chaintypeForging a circular chainRound steel diameter mm1818pitch（mm）5050breaking strength kg1280012800Hopper movement speed（m/s）1.251.25Drive chain shaft speed37.5 RPM37.5 RPMBulk specific gravity of conveyed materialsH,mN,kWH,mN,kWH,mN,kWH,mN,kW0.8596.35644.36307336.31527.55605.12277.63071.25418.7495.3238267.61.6319.7395.318.58.4228.22249.7295.35158.6188.4Transmission device manufacturing methodC1C2C3C4C1C2Cylindrical gear reducerRight mounted transmission deviceJZQ400—IV—3UJZQ400—IV—3ULeft mounted transmission deviceJZQ400—IV—4YJZQ400—IV—4YMotor ModelY132M2—6Y160M—6Y160L—6Y160M—6Y160L—6Transmission device power（kw）5.57.57.57.57.57.5Ratchet braking device (gear X module)6X186X188X158X156X188X15transmission gear weight（kg）628702870885902917The block size of materials(mm)25354555

GTH bucket elevator

Product Features

　　Product Overview:　　Following the extensive application of TH bucket elevator in various industries, Xinxiang Chengxin Vibrating Equipment Co., Ltd. introduced, developed and produced a new generation of GTH bucket elevator with high efficiency according to the needs of the domestic market and on the basis of maintaining the original advantages and advanced performance of TH bucket elevator. This model is a new product integrating progressiveness technology, product economy and reliability of use and maintenance. It has been put into the market and has reached high praise from users. Welcome to compare and choose.　　Characteristics and Applications:　　1. The PTH bucket elevator has the characteristics of large conveying capacity, high lifting height, stable operation, and long service life Suitable for vertical transportation of dry bulk materials, it can be widely used in material transportation systems in industries such as building materials, chemicals, coal, electricity, and port transportation　　2. The GTH type is a ring chain with high-strength ring chains as traction components. The chain is manufactured according to GB/T12718-91 "High strength circular ring chains for mining" This device has two types of hoppers:　　BD and DH types are deep type buckets that are generally suitable for conveying dry, loose, easy to throw out, and well flowing materials such as cement, coal blocks, crushed stones, grains, etc　　The AD and AH types are a type of bucket that is shallower than a deep bucket and is suitable for use with lower fluidity Slightly wet materials such as sand, coal, chemical raw materials, etc　　3. The head, tail, and middle casing of this machine have been sealed, resulting in minimal material and dust spillage and minimal environmental pollution　　4. This machine is used for mixing or gravity unloading, and for scoop feeding　　5. The upper wheel of the GTH high-efficiency bucket elevator is an assembled chain wheel, and the wheel rim is connected to the wheel body with high-strength steel bolts. After the chain wheel wears out, only the wheel rim needs to be replaced, making maintenance convenient, saving raw materials, and reducing maintenance costs The lower wheel has been replaced with a flanged wheel, completely changing the defects of high cost and easy detachment of the original double chain wheel　　6. The upper wheel of the GTH model adopts a beveled edge light wheel, which has a self centering function to avoid the conveyor belt from deviating　　7. This model is equipped with a level gauge and a speed controller at the bottom, which users can customize according to their needs to achieve the purpose of automatic electrical control　　8. There are two types of tensioning devices for this machine. For models with a lifting height of no more than 25m, screw tensioning is generally used. For models with a lifting height greater than 25m, gravity tensioning is used. For special requirements, please specify when placing an order　　Technical parameters of high-efficiency bucket elevator　　Table of Conveying Capacity of PTH Type High Efficiency Bucket Elevator with AD Type Bucket:Dou Kuan mm160200250315400500630800100012501600hopper capacity（L）2.64.16.51016254061102161255Conveying capacity m3/hφ=100%456095135210290460655105015002080φ=75%34457110115821834549178811251560maximum lifting height m7070707070707070707070　　Table of Conveying Capacity of PTH Type High Efficiency Bucket Elevator with BD Type Bucket:Dou Kuan mm160200250315400500630800100012501600hopper capacity（L）1.92.94.67.41219294774117184Conveying capacity m3/hφ=100%32427010015522033548076010901500φ=75%243253751161652513605708181125maximum lifting height m8080808080808080808080　　Table of Conveying Capacity of GH Type High Efficiency Bucket Elevator with AH Type Bucket:Dou Kuan mm160200250315400500630800100012501600hopper capacity（L）2.64.16.51016254064102161255Conveying capacity m3/hφ=100%30476510014520535047572011351800φ=75%233549751101542623565408511350maximum lifting height m6060606060606055554040　　Table of Conveying Capacity of PTH Type High Efficiency Bucket Elevator with BH Type Bucket:Dou Kuan mm160200250315400500630800100012501600hopper capacity（L）1.62.94.67.41219294774117184Conveying capacity m3/hφ=100%213345751101552553455208251300φ=75%1625345682116190259390618975maximum lifting height m7575757575757570705555

accessory

Product Features

　　The ZFB series silo wall vibrator is an energy-saving universal product that uses a vibration motor as the excitation source. It relies on high-frequency vibration and impact force to effectively remove bridging, bridging, and blocking phenomena caused by internal friction, deliquescence, electrification, and component segregation of materials, so as to ensure the smooth discharge of materials from the silo and the necessary equipment for stable feeding. It is widely used in industries such as mining, metallurgy, chemical engineering, building materials, machinery, thermal power, refractory materials, coal, food, cement, pharmaceuticals, fertilizers, grain, casting, ceramics, abrasives, etc. for anti blocking of storage silos, facilitating assembly line operations and improving the automation level of material transportation.　　The ZFB series warehouse wall vibrator has the characteristics of small size, light weight, simple structure, energy saving and environmental protection, and simple installation. It is an ideal product to replace electromagnetic warehouse wall vibrators and attached warehouse wall vibrators.　　The ZFB series warehouse wall vibrator consists of a vibration motor and a base. The vibration motor and base are fixed together by bolts and installed on the silo wall, thus forming a single point directional forced vibration system. When the silo wall vibrator is working, the centrifugal force generated by the high-speed rotation of the vibration motor produces periodic high-frequency vibration of the silo, causing the material to be affected by the alternating speed and detach from the silo wall, eliminating the friction between the material and the silo wall, as well as the relative stability between the materials in the silo, so that the material can be smoothly discharged from the silo mouth.

YZS vibration motor

Product Features

　　Product Introduction:　　YZS vibration motor is an excitation source that combines a power source and a vibration source. The vibration motor is equipped with a set of adjustable eccentric blocks at each end of the rotor shaft, and uses the centrifugal force generated by the high-speed rotation of the shaft and eccentric blocks to obtain the excitation force. The vibration motor has high utilization rate of excitation force, low energy consumption, low noise, and long service life. The excitation force of the vibration motor can be infinitely adjusted, making it easy to use. Models such as JZO, YZU, YZO, YZS, YZD, TZDC, etc. are universal vibration motors. Vibration motors can be applied to general vibration machinery, such as vibration crushers, vibration screening machines, vibration packers, vibration sand falling machines, vibration molding machines, vibration pile drivers, vibration hoists, vibration filling machines, vibration arch breaking and anti blocking devices for silos, and so on. Widely used in industrial sectors such as hydropower construction, thermal power generation, construction, building materials, chemical industry, mining, coal, metallurgy, and light industry.　　Usage and characteristics:　　YZS vibration motor can be applied not only to general vibration machinery, but also to combine various vibration forms. For example: flat spiral type, vortex type, shaking vibration type, combined linear type, combined long elliptical type, composite dual frequency type, composite dual amplitude type, etc. These vibration forms can generate some new types of vibration machinery that were not available in the past.　　The YZS series vibration motor is a new type of vibration motor, characterized by its small size, beautiful appearance, and high cost-effectiveness. Unlike other vibration motors, its casing and base are cast together, which improves the process, reduces costs, and enhances dust resistance.

YZO vibration motor

Product Features

　　Product details introduction:　　The YZO series vibration motor is composed of an eccentric mechanism and a three-phase asynchronous motor, and is a special vibration source that combines power and vibration sources. Vibration motors have the characteristics of simple structure, easy installation, small size, light weight, reliable operation, strong universality, stepless adjustment of excitation force, and can be used as a single unit or combined into various vibration forms with low maintenance. They are widely used in metallurgy, mining, refractory, coal preparation, building materials, chemical, thermal power, grain and other industries.　　Characteristics of YZO vibration motor:　　1. The collective is lightweight, small in size, simple in structure, and easy to install and maintain　　2. The vibration frequency is stable, and smooth rotation produces low-noise vibration. It starts quickly and stops smoothly　　3. Fully enclosed structure, suitable for any working environment without explosion-proof requirements　　4. The excitation force can be infinitely adjusted　　5. Multi directional installation, suitable for both multi machine and single machine use

Casting sieve plate

Product Features

　　The casting comb plate adopts alloy powder spray welding technology, which can change the mechanical properties of the metal, strengthen the original surface, and select various alloy elements such as nickel, cobalt, iron, chromium, tungsten, etc. according to the needs, making the surface of the screen plate have high hardness and wear resistance. The hole shape is comb shaped, with significant characteristics of non clogging and high screening efficiency. It is suitable for sintering, clinker, coke, and various bulk ores in the coal, metallurgy, and chemical industries.　　Casting screen plate is a high-strength screen plate with wear resistance, corrosion resistance, and impact resistance, mainly used for screening operations of raw materials such as coal, coke, and ore under harsh environmental conditions.　　Sieve strips are mainly used in stainless steel manufacturing, with commonly used ones being 1Cr17, 1Cr13, and ordinary 45 # steel.　　The production types include high-strength wear-resistant cast steel screen plate, ordinary cast steel screen plate, stainless steel casting screen plate, and stainless steel heat-resistant casting screen plate.　　The grading particle size of the material is 6-80mm

Polyurethane sieve plate

Product Features

　　Polyurethane and rubber sieve plates are both types of polymer sieve plates, which have wear resistance, oil resistance, hydrolysis resistance, bacterial resistance, and aging resistance. These two types of sieve plates can not only significantly reduce equipment weight, lower equipment costs, and extend service life, but also reduce noise and are not easily clogged. They are widely used in vibrating screen washing and grading operations in mining, metallurgy, coal, petroleum, chemical and other industries.　　The shapes of sieve plate holes include comb teeth, square holes, long holes, round holes, slit type, bar type, etc　　Classification particle size of materials: 0.1-0mm

Bar sieve plate

Product Features

　　Rod sieve plate is a new type of structural sieve plate developed by our company based on international technology.　　The high-frequency tuning fork bar of this sieve plate generates secondary high-frequency resonance while vibrating with the sieve plate, which accelerates the material's forward speed and accelerates the sinking of particles on the sieve surface and the lateral movement of small particles that have already contacted the sieve surface towards the sieve holes, thereby increasing the probability of passing through the sieve holes. The opening of this sieve plate can reach up to 80%, and sticky substances with certain moisture can be shaken off by its high-frequency natural vibration, making it an ideal sieve plate for difficult to screen materials with viscosity or fibers.　　The production types include single-layer bar sieve plate, double-layer bar sieve plate, horizontal bar sieve plate, polyurethane bar sieve plate, and ceramic bar sieve plate.　　Scope of application: Classification, sintering, pelletizing, coking coal, ore, etc. of raw coal.　　Classification particle size of materials: 5-40mm

Product Features

　　Product Introduction：　　Rubber spring is a general term for rubber shock absorber blocks, which can also be called: rubber pile, composite spring, rubber spring, metal spring, composite coil spring, rubber shock absorber block, etc. depending on language habits.　　Rubber spring is a highly elastic material made of ordinary rubber. Rubber springs have a small elastic modulus and undergo significant elastic deformation under load to absorb impact and vibration. It can withstand multi-directional loads simultaneously, but its high temperature resistance and oil resistance are inferior to steel springs. If there are special requirements, it can be made of oil resistant rubber. This product has good vibration reduction effect, small resonance field, long service life, low cost, as well as good cold resistance, excellent airtightness, waterproofness, and electrical insulation, making it the best choice for vibration reduction.　　Advantages of rubber springs：　　1. Rubber springs have a relatively high internal resistance, which plays a good role in absorbing sudden impacts or high-frequency vibrations, as well as sound insulation;　　The shape of rubber springs is not controlled, and the stiffness in various directions can be selected according to the actual situation, without a unified standard, which can better utilize space;　　3. Rubber springs can withstand loads from multiple directions simultaneously, and the same rubber spring can also withstand them, simplifying the structure of the system;　　4. The elastic modulus of rubber springs is relatively small, but the resulting elastic deformation is relatively large, making it easy to achieve nonlinear characteristics and reach the ideal state;　　5. The installation and disassembly of rubber springs are relatively convenient and easy to maintain;　　During use, rubber springs do not require lubrication and are convenient and fast.　　Product application：　　Rubber springs are commonly used in industrial machinery such as vibration machines, double decker buses, and heavy-duty trucks to provide vibration reduction and buffering effects in mechanical equipment, vehicle walking mechanisms, and suspensions. Rubber springs can also be designed in various structural forms according to work needs.

Composite spring

Product Features

　　Product Introduction：　　Composite spring is an elastic body composed of metal coil spring and rubber, which combines the advantages of metal spring and rubber spring and overcomes their disadvantages. Stable in shape and mechanical properties, capable of withstanding loads and large deformations. Good vibration isolation and noise reduction effect, with advantages such as smooth operation and short resonance zone time, especially suitable for large vibration equipment or large shock absorption equipment in industries such as mining, metallurgy, and coal.

Xinxiang City Chengxin Vibration Equipment Co., Ltd.

+86-17527060960 chengxin8@126.com

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