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Pipeline Magnetic Separators are widely used in the processing production lines of flour, sugar, milk powder, seasonings, etc. They are used to remove ferromagnetic impurities in powder, granular or liquid food during the material transportation process, ensuring food safety and stable equipment operation.     It is usually installed in the conveying pipeline and utilizes the magnetic field generated by the built-in high-strength magnetic rods to adsorb tiny metal impurities such as iron filings and nails in the flowing materials, preventing them from entering the next process or the finished product.   Application Industries     Plastic Industry: Plastic pellet pneumatic conveying pipeline metal impurity removal Food & Feed: Flour, starch, grain powder, feed granule production line Chemical Industry: Dry chemical powder, pigment, additive conveying system Lithium Battery Manufacturing: Cathode & anode powder closed conveying pipeline Mineral Processing: Quartz powder, talcum powder fine powder purification Pharmaceutical Industry: Medical raw material powder dust-free conveying equipment   FAQ   Q1: How often should operators clean the magnetic grate drawer?   Depends on iron impurity content in raw material: Low iron content: Clean once per shift; Heavy iron scraps: Clean every 2–4 hours. Excessive iron accumulation will shield magnetic field and reduce iron removal effect.

  Electromagnetic lifter is equipped with a coil inside. When it is energized, a strong magnetic field is generated inside the coil, firmly attracting ferromagnetic objects (such as steel plates, billets, scrap steel, etc.) at the bottom. After the power is cut off, the magnetic field disappears and the object is released automatically.  Electromagnetic lifters are usually equipped with an electromagnetic disconnection retention device or a battery-powered control system to prevent material drops caused by sudden power outages and enhance safety. It is widely used in industries such as metallurgy, machinery, and scrap steel recycling.   1. Core Advantages   Large lifting tonnage range, strong magnetic penetration, suitable for thick steel and mixed scrap steel Fully sealed cast steel shell, wear-resistant, shock resistant, dustproof and rainproof for outdoor workshop Stable DC electromagnetic coil, low heating rate, long continuous working time Equipped with special rectifier control cabinet, support emergency power-off protection to prevent accidental falling Round magnetic pole layout, uniform suction force, less material slipping during lifting Multiple installation modes: overhead crane hanging, forklift boom mounting Complete series from small tonnage to super large tonnage, non-standard size customization available     2. Technical Parameter Tables   Main technical data for normal temperature(used under normal temperature, power-on sustainting rate TD-50% Voltage DC-220V):                                                 Model Item Unit KMW5-70L/2 KMW5-80L/2 KMW5-90L/2 KMW5-110L/2 KMW5-120L/2 KMW5-130L/2 KMW5-135L/2 KMW5-150L/2 KMW5-165L/2 KMW5-180L/2 KMW5-185L/2 KMW5-210L/2 KMW5-240L/2 Overall Dimension (mm) A 700 800 900 1100 1200 1300 1350 1500 1650 1800 1850 2100 2400   B 824 824 1115 1350 1180 1280 1250 1320 1630 1515 1515 1912 2080   C 160 160 200 220 220 250 250 350 370 370 370 400 450   D 90 90 125 150 150 175 175 210 230 230 230 250 280   E 30 30 40 45 45 50 50 60 75 75 75 80 90 Weight kg 520 350 900 1500 2150 2300 2860 3200 3700 4530 4900 7200 9500 Cold-state Power Kw 2.81 3.54 4.51 6.05 7.9 8.93 10.6 11.3 13.3 20.9 21.6 22.91 26 Lift Capacity (Cold/Hot State) - Rated Voltage Mode Cold-state Current (A) 12.77 16.1 20.5 27.5 36 40.6 48 51.4 60.6 95 98 104 118.6   Steel Dall (kg) 2500 3000 4500 6500 7500 8500 9000 11000 12500 14500 15000 21000 23000   Steel Ingot (kg) 380/200 480/250 600/400 1000/800 1200 1400/1100 1500 1900/1500 2300/1800 2750/2100 3000 3500/2800 4800/3800   Scraps (kg) 120/100 150/130 250/200 450/400 600 700/600 900 1100/900 1300/1100 1600/2100 1700 2200/1850 2850/2250 Equipment Completeness Control Equipment STML-4E-C STML-4E-C STQL-7E-C STQL-7E-C   STQL-14E-C STQL-14E-C STQL-14E-C STQL-14E-C STQL-25E-C STQL-25E-C STQL-25E-C STQL-32E-C   Cable Reel JTA50-10-20 JTA50-10-20 JTA100-15-2 JTA100-15-2 JTA100-15-2 JTA100-15-2 JTA100-15-2 JTA100-15-2 JTA100-15-2 JTA200-15-2 JTA200-15-2 JTA200-15-2 JTA200-20-2   Cable Adapter DL-102 DL-102 DL-102 DL-102 DL-102 DL-102 DL-102 DL-102 DL-102 DL-102 DL-102 DL-102 DL-102   Customization is supported   3. Application Industries     Steel Mill & Steel Plant: Hot steel billet, cold rolled steel plate, steel coil handling Metal Scrap Recycling Yard: Mixed steel scrap, steel fragment bulk lifting Shipbuilding Industry: Steel structural plate, ship steel plate hoisting Machinery Foundry: Cast iron block, steel casting workpiece transportation Port & Logistics: Steel pipe, steel ingot cargo loading and unloading Hardware Processing Factory: Medium & thick steel plate blanking workshop   FAQ   Q1: What is the difference between electromagnetic lifter and permanent magnetic lifter?     Electromagnetic Lifter: Rely on DC power supply to generate suction, large tonnage, deep magnetic penetration, suitable for scrap steel and heavy thick steel; need supporting control cabinet, power consumption during working.   Permanent Magnetic Lifter: No power supply required, small and light, only for flat neat steel plates, limited lifting capacity, cannot grab irregular scrap metal.      

  The belt separator is composed of a permanent magnet system, a drive belt and a drive device. When materials or sludge mixed with ferromagnetic particles flow through the equipment, the magnetic field adsorbs the iron impurities on the surface of the magnetic poles. With the rotation of the belt, they are carried away from the main material flow. In the non-magnetic area, the impurities are automatically removed by the scraper or its own gravity, achieving continuous iron removal.     1. Core Advantages   Auto self-clean scraper belt design, 24h continuous iron removal, no production line shutdown for manual cleaning Magnetic core: High coercivity sintered NdFeB, standard surface magnetism 8000–12000Gs, electromagnetic type up to 15000Gs Heavy-duty rubber scraper belt, wear-resistant, anti-tear, long service life Integral steel frame structure, stable hoisting, shock resistant for harsh mining environment Custom magnetic width, suspension height, belt speed according to customer conveyor parameters Low failure rate, simple daily maintenance, adapt to high dust, high temperature open-air workshop     2. Technical Parameter Tables   Permanent Magnet Belt Separator Standard Serie   MODEL ADAPTIVE BELT WIDTH (Mm) SUSPENSION HEIGHT h=(mm) MATERIAL DEPTH ≤mT MAGNET INTENSITY ≥mm EXCITION POWER ≤kw ADAPTIVE BELT SPEED ≤m/s WORK FORM WEIGHT (kg) OVERALL DIMENSION A (mm) OVERALL DIMENSION B (mm) OVERALL DIMENSION C (mm) OVERALL DIMENSION D (mm) OVERALL DIMENSION E (mm) KMYD(C)-5 500 150 70 80 1.5 2.5 CONTINUOUS 750 1900 710 935 950 753 KMYD(C)-6 600 175 70 120 1.5 2.5 CONTINUOUS 920 2050 710 1020 1050 753 KMYD(C)-6.5 650 200 70 150 1.5 2.5 CONTINUOUS 1200 2050 728 1020 1200 888 KMYD(C)-8 800 250 70 200 2.2 2.5 CONTINUOUS 1400 2250 750 1300 1350 1090 KMYD(C)-10 1000 300 70 250 3.0 2.5 CONTINUOUS 2120 2650 889 1550 1450 1335 KMYD(C)-12 1200 350 70 300 4.0 2.5 CONTINUOUS 3350 2860 1010 1720 1550 1515 KMYD(C)-14 1400 400 70 350 4.0 2.5 CONTINUOUS 4450 3225 1050 1980 1800 1755 KMYD(C)-16 1600 450 70 400 5.5 2.5 CONTINUOUS 6200 3350 1180 2160 1950 1850 KMYD(C)-18 1800 500 70 450 5.5 2.5 CONTINUOUS 8100 3580 1210 2450 2200 2130 KMYD(C)-20 2000 500 70 500 7.5 2.5 CONTINUOUS 9700 3800 1300 2700 2400 2410   Customization is supported     3. Application Industries   Mining & Aggregate Crushing: Stone crusher front tramp iron removal, ore raw material purification Cement Industry: Cement clinker, raw meal conveying belt iron separation Solid Waste & Plastic Recycling: Waste plastic, construction waste, garbage sorting metal separation Coal Industry: Raw coal conveying belt iron impurity capture, protect coal mill Construction Materials: Quartz sand, river sand, aggregate production line Fertilizer & Chemical Bulk Material: Dry granular chemical raw material iron removal     FAQ   Q1: How to select the correct model matching my conveyor belt?   Provide 4 core parameters for accurate model matching: Actual width of your conveyor belt Maximum material thickness passing on the belt Suspension height space between magnet and material surface Iron impurity content (light / medium / heavy iron scraps)

The permanent magnet rotor is made of neodymium magnet. They embedded inside the rotor. When the motor stator is energized, a rotating magnetic field is formed, which interacts with the rotor magnetic field to produce an electromagnetic torque that drives the rotor to rotate, thus achieving high efficiency and low energy consumption power output.   Mainly used as the core component of the motor, it is widely used in drive motors, power generation systems and various auxiliary motors of new energy vehicles.   1. Core Advantages   Magnetic Material: High coercivity sintered NdFeB magnet, multiple temperature grades (M/H/SH/UH/EH) optional Two mature structures: SPM surface mounted for high-speed servo; IPM interior embedded for high torque & overload resistance Reliable magnet fixation: Adopt adhesive + mechanical limit structure, resist high-speed centrifugal force Strict dynamic balance calibration, low vibration and low noise during motor operation Multiple anti-corrosion schemes: Nickel plating, epoxy coating for different working environments Customized pole number, outer diameter, shaft size, magnet size according to motor design drawing Low cogging torque optimized magnetic circuit design, smooth torque output Complete inspection: Magnet flux testing, dimension inspection, high-speed burst test available     2.Application Industries   New Energy Vehicles: Main drive motor, auxiliary motor for passenger & commercial EV Industrial Automation: AC servo motor, spindle motor for CNC equipment Energy Saving Equipment: Energy-saving permanent magnet fans, water pump motors, air compressors Elevator Industry: Elevator traction permanent magnet synchronous motor rotor Wind Power: Small & medium wind turbine auxiliary generator rotor Household & Commercial Appliance: High-efficiency rotary compressor motor, washing machine drive motor Logistics & Robot: AGV drive motor, robot joint servo motor   FAQ   Q1: How to choose magnet surface anti-corrosion coating?   Nickel Plating: General industrial environment, good cost performance. Epoxy Coating: Moist, weak acid & alkali workshop, prevent oxidation rust.  

Magnetic chuck are composed of strong permanent magnets (such as neodymium magnets). It utilizes magnetic force to firmly adsorb steel workpieces to achieve clamping, handling or positioning. Adsorption and release of the workpiece is realized by turning the handle to turn on and off the magnetic circuit, thus controlling the release or elimination of the suction force. It does not require continuous power supply, which is safe and energy-saving. Magnetic suction cups are composed of strong permanent magnets (such as neodymium magnets).      1. Core Advantages   Permanent magnet drive, no power consumption during operation, no risk of workpiece falling caused by power cut Uniform magnetic attraction across full surface, less workpiece deformation compared with mechanical clamping Open structure, larger processing range, tool can approach workpiece from multiple directions High flatness working face, suitable for precision grinding and finish milling processes Simple operation: switch handle to turn ON / OFF magnetism, fast loading & unloading Multiple models: standard pole for rough machining, fine pole for thin plate & precision finish machining Sealed internal structure, effectively resist cutting fluid, coolant infiltration Custom size, ultra-large size and special pole pitch design available   2. Technical Parameter Tables     2.1 Standard Permanent Magnetic Chuck Series   Model Overall Dimension (mm) - A Overall Dimension (mm) - B Overall Dimension (mm) - H Pole Pitch E (mm) Voltage (V) Current (A) Weight (Kg) EMQC-2063A 200 630 95 18+4 110V 1.32A 70 EMQC-2046A 200 460 95 18+4 110V 1.50A 54 EMQC-2550A 250 500 95 18+4 110V 1.80A 72 EMQC-3060A 300 600 95 18+4 110V 2.40A 105 EMQC-3068A 300 680 95 18+4 110V 1.68A 115 EMQC-32100A 320 1000 110 18+4 110V 1.92A 210 EMQC-4080A 400 800 110 18+4 110V 2.40A 210 EMQC-40100A 400 1000 110 18+4 110V 2.64A 245 EMQC-50100A 500 1000 110 18+4 110V 3.00A 280 EMQC-50150A 500 1500 115 18+4 110V 3.96A 405 EMQC-6080A 600 800 115 18+4 110V 2.40A 320 EMQC-60100A 600 1000 115 18+4 110V 2.64A 385 EMQC-60110A 600 1100 115 18+4 110V 3.60A 410 EMQC-63100A 630 1000 115 18+4 110V 2.88A 405 EMQC-63125A 630 1250 115 18+4 110V 3.60A 460     2.2 Optional Custom Specifications   Magnetic circuit upgrade: Heavy-duty high suction magnetic circuit for thick & large steel blocks Structure type: Standard manual switch, can design multi-region independent control magnetic chuck Surface treatment: Hardened grinding surface, anti-rust protection Size customization: Extra large size, narrow strip special size according to customer drawing Sealing upgrade: Enhanced waterproof sealing for long-time coolant splash environment Accessory: Magnetic separator block, auxiliary pole blocks for small workpieces     3. Application Industries     Mold Manufacturing: Plastic mold, die-casting mold precision milling & grinding Auto Parts: Automotive hardware, engine accessories CNC machining Precision Hardware: Thin steel plate, fixture, mechanical component processing Electronic Mould: SMT fixture, semiconductor auxiliary mold machining Machinery Processing: Gear, shaft, plate metal cutting and surface grinding EDM Workshop: Spark machine electrode clamping   FAQ   Q1: How to maintain magnetic chuck to extend service life?   Keep working surface clean, remove iron scraps after each shift Avoid heavy hammer impact and overload cutting Prevent long-time high temperature and continuous coolant immersion Regularly apply anti-rust oil on the surface when not in use

  Magnetic wheels mainly utilize magnetic fields to achieve non-contact transmission or braking. Their working principle is to transfer the rotational motion of the driving end to the driven end in a non-contact manner through the interaction force between magnets, thereby reducing wear, lowering noise, and extending service life.   These magnetic wheels are a game-changer for robots that need to tackle tough jobs on metal surfaces. Made with powerful neodymium magnets, they offer unbeatable grip, letting your robots climb walls like they're walking on the sidewalk.  Need to inspect ships, maintain wind turbines, or clean skyscraper exteriors? These wheels are up for the challenge.     Here's what makes them so practical: Super Strong Grip: Neodymium magnets ensure your robots stick to ferrous surfaces like glue, no slipping or sliding. Size Options Galore: Choose the perfect wheel size (from 25mm to 180mm) to fit your specific robot needs. Heavy Duty Hauler: These wheels can handle robots weighing up to 337kg (when used in sets of four). Go the Extra Mile: Want even more grip? Add optional non-slip rubber rings for ultimate stability. Built to Last: These wheels work flawlessly in a wide range of temperatures, from -40°C to 80°C.   1. Core Advantages     Non-contact magnetic transmission, zero mechanical friction, no wear, long service life Can transmit torque through partition plate, realize fully sealed cavity transmission Clean transmission, no dust generation, suitable for cleanroom, food & pharmaceutical hygiene requirements Built-in overload slipping protection, prevent equipment damage caused by stuck blockage Low vibration & low noise during stable operation Isolate vibration between driving and driven sides, suppress resonance No lubrication required, maintenance-free long-term continuous operation Multiple standard specifications; outer diameter, bore size, torque can be customized   2. Technical Parameter Tables 2.1 Standard Series Magnetic Wheels   NO. D (mm) d (mm) W (mm) b (mm) h (mm) Force (N) Temperature (℃) Weight (kgs) KMW25 25 8 16 3 8.6 55 100 0.054 KMW32 32 10 18 4 11.1 80 100 0.10 KMW40 40 12 20 4 13.1 120 100 0.20 KMW50 50 16 25 5 17.3 200 100 0.35 KMW63 63 20 32 6 21.7 330 100 0.70 KMW80 80 25 40 8 26.7 630 100 1.45 KMW100 100 30 50 8 31.7 900 100 2.80 KMW125 125 40 62 12 42.1 1520 100 5.35 KMW160 160 50 80 14 52.6 2940 100 11.40   Customization is supported   3. Application Industries   Food & Beverage Machinery: Sealed conveyor, baking equipment, packaging machine transmission Pharmaceutical Equipment: Medicine filling machine, sterile packaging clean transmission Semiconductor & Electronics: Vacuum chamber internal conveying, wafer handling equipment Lithium Battery Equipment: Closed slurry transfer, dust-free coating production line Printing & Packaging Machinery: Sealed roller transmission, dust-free conveying system Cleanroom Automation: Dust-free assembly equipment, vacuum production lines     FAQ   Q1: Can magnetic wheels transmit power through metal partition board?     Non-magnetic material partition plate (aluminum, stainless steel 316, plastic) is available. Ferromagnetic steel plate will shield magnetic field and greatly reduce transmission torque, cannot be used between two magnetic wheels.   Q2: Is it possible to customize special inner hole shape such as D-shape and keyway?   Yes. We support customized inner hole processing: D-cut, parallel key, spline, blind hole and other structures according to customer drawings.

Halbach arrays are used in permanent magnet generators (PMGs) for their unique magnetic field enhancement characteristics, which improve magnetic field strength and efficiency. Through the special arrangement of the magnets, the magnetic field is enhanced on one side and weakened on the other, resulting in a stronger directional magnetic field, reduced magnetic leakage, and improved power generation efficiency and power density.   1. Core Advantages   Unilateral high magnetic field concentration, extremely low reverse-side magnetic leakage, effectively reduce magnetic interference to peripheral components Higher air-gap magnetic flux density, improve motor power density and energy efficiency Ultra-low cogging torque & torque ripple, ultra-smooth operation for precision positioning equipment Compact & lightweight structure, save installation space for miniaturized automation equipment Two mature structural forms: circular ring type for rotary motor, linear flat type for linear motor Multiple magnet temperature grades (M/H/SH/UH/EH) optional for different working temperature      Cylinder Halbach Arrays                                               Linear Halbach Arrays:   A Halbach Array is a special arrangement of permanent magnets that augments the magnetic field on one side of the array while reducing the field to near zero on the other side. This was achieved by having a spatially rotating of magnetization. High and uniform magnetic field will be produced by Halbach Array in a certain area, and its magnetic field can also exceed the Remanence of the magnetic material itself.     2. Application   Linear Halbach Arrays: Such as the brushless AC motor, voice coils, magnetic drug targeting to high-tech applications, such as wiggler magnets which are used in Particle accelerators and Free-electron lasers.   Cylinder Halbach Arrays: Such as brushless AC motors, magnetic couplings and high field cylinders.     FAQ   Q1: What is the difference between circular ring Halbach arrays and linear flat Halbach arrays?   Circular ring Halbach Arrays: Closed circular magnetic circuit, used for rotary permanent magnet motor rotors, such as EV drive motors and servo motors.   Linear flat Halbach Arrays: Open straight magnetic circuit, used for linear motor stator tracks, precision linear motion platforms.  

Magnetic linear guides use magnetic force to achieve non-contact or frictionless motion. This non-contact feature brings many advantages, including no wear, maintenance-free, ultra-high precision, etc., which are particularly suitable for semiconductor manufacturing and medical equipment applications that require a clean environment.   In the field of precision manufacturing, linear motor guides have become an indispensable core component. Semiconductor manufacturing is a typical example. Processes such as wafer processing, photolithography, and packaging testing require extremely high precision and stability of motion control. Linear motors can achieve sub-micron positioning accuracy, meeting the stringent requirements of semiconductor equipment for ultra-clean environments and vibration-free operation.   Laser processing is another important application area. The combination of linear motors and laser technology is hailed as a "golden partner" by the industry. In processes such as laser cutting, engraving, and welding, the high-speed and high-precision motion platform provided by linear motors can perfectly achieve complex trajectory control.   Industrial automation production lines widely use linear motor-driven material handling systems. Compared with traditional chain drives or wire rope traction methods, linear motor systems have the advantages of low noise, high speed, and flexible control. In industries such as electronic assembly and automobile manufacturing, linear motor modules are used in processes such as precision pick and place, component assembly and quality inspection, significantly improving production efficiency and product consistency.   1. Core Advantages      Magnet Material: High coercivity NdFeB, multiple temperature-resistant grades (M/H/SH/UH/EH) for different working environments Precise Alternating Polarity Layout: Uniform magnetic field distribution, low thrust ripple, stable smooth operation High-precision Backplate: CNC machined steel / aluminum substrate, guarantee consistent air gap after installation Modular Splicing Design: Segmented tracks can be accurately spliced to realize unlimited ultra-long travel Diversified Surface Protection: Nickel plating, epoxy coating, etc. Two mature structural solutions: Flat type for iron-core linear motor; U-channel type for ironless linear motor Fully customizable: Width, thickness, pole pitch, mounting hole layout according to customer drawings     2. Technical Parameter Tables    2.1 Standard Series Linear Motor Track    Features  U shape Linear Motor/Flat Linear Motor Length   Customized Material N, M, H, SH grade Neodymium (NdFeB) magnet and Q235A stainless steel.  Application Semiconductor industry, FPD industry, SMT, PCB, CNC machine etc. Benefits of Linear Motor Smooth motion   Zero cogging and no electromagnetic attraction   Strong overload capacity   Maintenance-free, with the grating application to achieve high precision   Low inertia, high acceleration, Flat linear drive Key words Maximum precision, High cycle speed, Linear Movement     2.2 Custom Optional Specifications   Magnet temperature grade: M, H, SH, UH, EH high temperature resistant grades Surface treatment: Nickel plating, epoxy anti-corrosion coating, customized PTFE coating Single segment length: 100mm ~ 2000mm, support precise splicing for ultra-long stroke Custom pole pitch: 20mm,24mm,32mm,40mm and special non-standard pole distance Mounting options: Counterbore holes, side mounting, customized hole distribution Extra accessory: Stainless steel outer cover for dust-proof and splash-proof environment   3. Application Industries   Semiconductor Industry: Wafer transfer, probe station, chip packaging equipment Lithium Battery Production: Electrode coating, cell sorting, vacuum sealing equipment FPD Display Industry: LCD & OLED panel inspection, cutting and handling machines Laser Processing: Laser cutting, marking, precision engraving motion platforms Electronic & PCB Industry: AOI visual inspection, SMT automation, PCB drilling equipment Medical Precision Instruments: Laboratory testing equipment, automatic sample transport platform High-speed Automation: 3C assembly, precision CNC processing equipment     FAQ   Q1: What is the difference between flat linear motor track and U-channel magnet track?   Flat magnet track matches iron-core linear motor. It delivers high magnetic flux density and larger continuous thrust, suitable for heavy-load automation equipment.   U-channel double-sided magnet track is designed for ironless linear motors. It forms closed magnetic circuit with low magnetic leakage and small cogging force, achieving ultra-smooth movement for ultra-precision positioning equipment.    

Magnetic grate are widely used in food processing industries such as dairy products, fruit juices, sauces, and syrups.They form a magnetic field by installing high-strength magnetic rods inside the fluid pipeline, which can effectively adsorb metal contaminants such as iron filings and iron powder, achieving the effect of removing ferromagnetic impurities in liquid or paste foods.  They can prevent metal impurities from entering the final product, prevent equipment wear, and ensure the purity of the product and food safety.   Easy to clean magnetic grate Normal magnetic grate    1. Core Advantages   Magnetic core: NdFeB permanent magnet, standard surface magnetism 8000–12000Gs, customized up to 14000Gs Housing & sleeve: SS304 / SS316L stainless steel optional, mirror polishing for food-grade application Modular structure, flexible layout: 1-layer / 2-layer / multi-layer magnetic bar arrangement Easy pull-out design for rapid iron cleaning, shorten production downtime No power consumption, static permanent magnetic separation, low operation cost Compact size, simple installation, easy to match hoppers, pipelines and existing equipment High-temperature version available, supporting continuous working temperature up to 120℃/150℃ Stable magnetic performance, 5-year non-demagnetization guarantee under rated working condition   2. Technical Parameter Tables   2.1 Standard Single / Double Layer Magnetic Grate   MODEL NO Dimension (mm) - L Dimension (mm) - W Dimension (mm) - H No of bars XMKM10/10 100 100 40 2 XMKM15/15 150 150 40 3 XMKM20/20 200 200 40 4 XMKM25/25 250 250 40 5 XMKM30/30 300 300 40 6 XMKM35/35 350 350 40 7 XMKM40/40 400 400 40 8 XMKM45/45 450 450 40 9 XMKM50/50 500 500 40 10 XMKM20/10 200 100 40 2 XMKM30/10 300 100 40 2 XMKM30/20 300 200 40 4 XMKM40/10 400 100 40 2 XMKM40/20 400 200 40 4 XMKM40/30 400 300 40 6 XMKM50/10 500 100 40 2 XMKM50/20 500 200 40 4 XMKM50/30 500 300 40 6 XMKM50/40 500 400 40 8   2.2 Optional Custom Specifications Magnet material: Conventional sintered NdFeB / High temperature resistant sintered NdFeB Magnetism grade: 8000Gs,10000Gs,12000Gs,14000Gs ultra-high surface magnetism Structure type: Fixed frame / pull-out drawer type magnetic grate Surface treatment: Ordinary polishing / Ra0.8 food-grade mirror polishing Layer selection: Single-layer, double-layer, three-layer staggered arrangement for higher removal efficiency Sealing upgrade: Waterproof & dustproof sealing for humid workshop environment   3. Application Industries   Food Industry: Grain powder, flour, starch, feed raw material, chocolate powder Plastic & Rubber: Plastic pellets, masterbatch powder before extruder Chemical Industry: Dry chemical powder, pigment, additive raw material Minerals & Building Materials: Quartz powder, talcum powder, cement raw meal Ceramic Industry: Kaolin powder, glaze powder purification New Energy Materials: Lithium battery cathode & anode powder impurity removal   FAQ   Q1: What is the difference between single-layer and multi-layer magnetic grate? Single layer: Suitable for low iron impurity content, simple working condition, low budget.   Double / triple staggered layers: Material passes through multiple magnetic fields, higher iron removal efficiency, recommended for high-purity production requirements.   Q2: Can you customize non-standard size magnetic grate? All width, length, magnetic bar quantity, layers and magnet strength can be customized.    Q3: What housing material should I choose, SS304 or SS316L? SS304: Cost-effective for ordinary mineral, plastic raw materials. SS316L: Anti-corrosion, suitable for food, pharmaceutical, slightly corrosive powder environment.

Pipeline Magnetic Separators are widely used in the processing production lines of flour, sugar, milk powder, seasonings, etc. They are used to remove ferromagnetic impurities in powder, granular or liquid food during the material transportation process, ensuring food safety and stable equipment operation.  It is usually installed in the conveying pipeline and utilizes the magnetic field generated by the built-in high-strength magnetic rods to adsorb tiny metal impurities such as iron filings and nails in the flowing materials, preventing them from entering the next process or the finished product.       1. Core Advantages    High magnetic strength up to 12,000–14,000 Gs, capture micro iron particles ≥30μm Full stainless steel housing (SS304 / SS316L optional), food-grade polishing available Low flow resistance, small pressure drop, no material blockage Two cleaning modes for flexible production matching Support flange, tri-clamp, thread connection, easy pipeline docking Long service life, NdFeB magnet 5-year non-demagnetization guarantee   2.Technical Parameter Tables     Model Adapted Output (T/h) Feed Particle Size (mm) Overall Dimension A (mm) Overall Dimension B (mm) Overall Dimension C (mm) Weight (kg) RCYT-5 5 0.3-6.0 219 300 600 80 RCYT-10 10 0.3-8.0 245 330 800 150 RCYT-20 20 0.3-8.0 273 360 900 231 RCYT-30 30 0.4-10.0 325 415 1000 266 RCYT-50 50 0.4-10.0 377 470 1100 380 RCYT-80 80 0.6-15.0 450 540 1300 426 RCYT-100 100 0.6-15.0 530 630 1500 518   Non-standard can be customized     3.Main Application Industries       Food & Starch: Grain powder, syrup, dairy, cocoa, feed raw material Chemical & Coating: Paint, slurry, pigment, chemical liquid circulation pipeline Plastic & Rubber: Plastic particle, masterbatch, prevent extruder screw damage Mineral & Cement: Dry mineral powder, cement raw material before roller mill Pharmaceutical: Sanitary pipeline raw material purification Water Treatment & Coolant: Grinding fluid, circulating cooling liquid iron removal     FAQ   Q1: How to choose suitable magnetic Gauss strength? 6000–8000Gs: Large tramp iron, low purity standard, dry coarse mineral powder 8000–10000Gs: Standard food, plastic, general chemical production 10000–14000Gs: High-purity production, capture micro iron oxide & stainless steel dust       Q2: What housing material to select for food & corrosive chemical liquid? Food, dairy, pharmaceutical: SS316L stainless steel with sanitary tri-clamp, mirror inner polishing Acid & alkali chemical slurry: SS316L or customized anti-corrosion lining Ordinary dry mineral powder: Cost-effective SS304 stainless steel     Q3: How often should we clean the accumulated iron impurities inside? Low iron content (refined food powder): Clean every 7–15 days Medium iron content (plastic, common mineral powder): Clean every 3–5 days Heavy iron contamination (raw ore powder with lots of wear metal): Clean once per day

Magnetic couplings are widely used in wind energy, hydrogen energy, lithium batteries and photovoltaic systems. It is composed of an inner magnetic rotor and an outer magnetic rotor, with a non-magnetic isolation sleeve in the middle. Two sets of magnetic rotors are coupled through magnetic fields.  When the driving end rotates, the magnetic field drives the driven end to rotate synchronously, thereby achieving power transmission. The entire process has no physical contact, thus avoiding wear and leakage problems. It is widely used in wind energy, hydrogen energy, lithium batteries and photovoltaic systems.   Model Rated Torque (Nm) d1 (mm) d2 (mm) Length L (mm) Diameter D (mm) KMCS-10 10 14 12 75 70 KMCS-16 16 16 13 80 75 KMCS-25 25 20 17 90 80 KMCS-40 40 24 20 95 90 KMCS-50 50 30 22 100 95 KMCS-100 100 32 24 110 110 KMCS-150 150 38 25 110 110 KMCS-200 200 40 28 140 120 KMCS-250 250 48 35 140 120 KMCS-300 300 55 40 150 125 KMCS-350 350 60 42 170 125 KMCS-400 400 65 48 190 150 KMCS-450 450 75 50 190 150 KMCS-500 500 80 60 210 170     1. Core Advantages   Non-contact magnetic transmission, zero mechanical friction, zero component wear, ultra-long service life Isolation sleeve completely separates medium and drive side, zero leakage, solve toxic, volatile, corrosive liquid sealing problems Built-in automatic overload slipping protection, avoid motor damage caused by stuck rotor No lubricating oil needed, no medium contamination, suitable for food, pharmaceutical and cleanroom standards Isolate vibration between driving and driven shafts, reduce equipment operation noise Multiple installation forms: shaft connection, flange connection, split quick disassembly structure Custom torque, shaft bore, isolation sleeve material according to working medium Anti-corrosion isolation sleeve options: 316 stainless steel, titanium alloy, PTFE plastic     2. Application Industries     Chemical Industry: Corrosion resistant magnetic pump, sealed reaction kettle stirring transmission Food & Pharmaceutical: Sterile mixing tank, sealed filling machine, zero cross-contamination transmission Semiconductor & Electronics: Vacuum chamber internal coaxial conveying equipment Lithium Battery Equipment: Closed slurry stirring, dust-free coating production line Laboratory Instruments: Sealed high-pressure reactor, vacuum testing equipment Water Treatment: Zero leakage chemical dosing pump transmission assembly  

Drawer magnetic separators are usually installed in the discharge port of powder or granular materials, which are suitable for removing iron from dry materials such as flour, milk powder, granules, etc.. They utilizes the magnetic field formed by the built-in high-strength magnetic rods.  When powder or granular materials flow through the equipment, the they will adsorb the ferromagnetic impurities in them, achieving the purification and separation of the materials. Impurities are regularly cleaned to ensure continuous and efficient operation.         1. Core Advantages    Magnetic core: NdFeB permanent magnet; standard surface magnetism 10000Gs, customizable up to 14000Gs Drawer pull-out design: No need to disassemble pipeline, shorten cleaning downtime significantly Staggered multi-layer magnetic bar layout, extend material-magnet contact time for high iron removal efficiency Housing options: Carbon steel anti-rust coating / SS304 / SS316L stainless steel, food-grade polishing available Standard PN10 flange connection, easy docking with industrial conveying pipelines Static magnetic separation, no power consumption, low long-term operating cost High temperature customized version available, continuous working temperature up to 120℃/150℃     2. Technical Parameter Tables    2.1 Standard Flange Drawer Magnetic Separator   MODEL NO Dimension D (mm) Dimension H (mm) Dimension A (mm) Dimension B (mm) Weight (Kg) KMd-NR-150 159 286 208 205 20 KMd-NR-200 219 286 258 255 28 KMd-NR-250 273 286 308 305 33 KMd-NR-300 325 286 358 355 43 KMs-NR-150 159 216 208 205 16 KMs-NR-200 219 216 258 255 20 KMs-NR-250 273 216 308 305 24 KMs-NR-300 325 216 358 355 31     2.2 Custom Optional Specifications   Magnet upgrade: High temperature resistant sintered NdFeB for high-temperature powder production Connection type: Sanitary tri-clamp can replace flange for food & pharmaceutical pipelines Magnetic layout: Single-layer, double-layer or triple-layer staggered magnetic bars Structure upgrade: Extended slide rail for easy drawer pushing & pulling   3. Application Industries   Food & Feed: Flour, starch, milk powder, feed additive conveying pipelines Plastic Industry: Plastic pellets, masterbatch powder before extruder equipment Chemical Raw Material: Dry pigment, additive, solid chemical powder purification Mineral & Building Material: Quartz powder, talc powder, cement raw meal iron removal Ceramic Industry: Kaolin, ceramic glaze powder metal impurity filtering New Energy Industry: Lithium battery positive & negative electrode powder purification   FAQ     Q1: Double-layer magnetic bar or single-layer, which one should I choose?   Single layer: Low cost, fit low iron impurity concentration and medium purity requirements. Double staggered layers: Longer material-magnet contact path, higher iron capture efficiency, recommended for high-purity production lines.