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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 Magnetic Bar Diameter Bar Quantity Surface Magnetism Material Max Working Temp Custom Width & Length MG-25 25 mm 3/4/5/6 pcs 8000Gs / 10000Gs SS304 ≤80℃ Support Custom MG-32 32 mm 4/5/6/8 pcs 10000Gs / 12000Gs SS304/SS316L ≤80℃ Support Custom MG-38 38 mm 5/6/8/10 pcs 10000Gs / 12000Gs SS304/SS316L ≤100℃ Support Custom MG-50 50 mm 6/8/10/12 pcs 12000Gs High Strength SS316L ≤100℃ Support Custom   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   RCYF Manual Clean Pipeline Magnetic Separator (Dry Powder / Small Flow Liquid) Model Pipe Diameter DN Max Throughput Magnetic Strength Housing Material Max Working Pressure Temp Resistance Overall Size L×W×H(mm) Net Weight RCYF-50 DN50 5T/h / 18GPM 8000Gs SS304 6Bar ≤80℃ 450×320×520 42kg RCYF-100 DN100 15T/h / 45GPM 10000Gs SS304/316L 8Bar ≤80℃ 620×400×680 95kg RCYF-150 DN150 35T/h / 90GPM 10000Gs SS304/316L 8Bar ≤80℃ 750×480×760 158kg RCYF-200 DN200 60T/h / 150GPM 12000Gs SS316L Food Grade 10Bar ≤100℃ Custom 880×560×850 235kg RCYF-300 DN300 120T/h / 260GPM 12000Gs SS316L Anti-Corrosion 10Bar ≤100℃ Custom 1050×680×960 360kg     RCYG Auto Self-Cleaning Pipeline Magnetic Separator (24h Continuous Production) Model Flange Size Continuous Throughput Cleaning Mode Motor Power Magnetic Strength Install Angle Control System Weight RCYG-100 300×300mm 30T/h Pneumatic Auto Discharge 0.37kW 9000Gs 55°–60° Incline Local Button / PLC Remote 430kg RCYG-150 350×350mm 50T/h Pneumatic Auto Discharge 0.37kW 10000Gs 55°–60° Incline Local Button / PLC Remote 510kg RCYG-200 400×400mm 100T/h Pneumatic Auto Discharge 0.55kW 11000Gs 55°–60° Incline Full PLC Auto Cycle 620kg RCYG-300 600×600mm 200T/h Pneumatic Auto Discharge 0.75kW 12000Gs 55°–60° Incline PLC + Iron Accumulation Alarm 980kg RCYG-400 800×800mm 350T/h Pneumatic Auto Discharge 1.1kW 12000Gs Deep Magnetic Circuit 55°–60° Incline Remote Monitoring System 1450kg   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

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 Flange DN Size Max Throughput (T/h) Magnetic Layer Surface Magnetism Housing Material Max Working Temp Net Weight (kg) DMS-100 DN100 12 Single/Double Layer 10000Gs Carbon Steel / SS304 ≤80℃ 82 DMS-150 DN150 30 Single/Double Layer 10000Gs Carbon Steel / SS304 ≤80℃ 145 DMS-200 DN200 55 Double Layer Standard 11000Gs SS304 / SS316L ≤100℃ 226 DMS-250 DN250 90 Double Layer Standard 12000Gs SS304 / SS316L ≤100℃ 318 DMS-300 DN300 140 Double/Triple Layer 12000Gs SS316L Optional ≤100℃ 440   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   5. 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.