Quick Summary: Mag Spring’s 16,000 Gauss Magnetic Separator Rods are high-gradient, Neodymium-powered magnetic filter bars encased in seamless SS316L stainless steel. Engineered for ultra-fine iron removal and tramp metal filtration in food, pharmaceutical, and battery slurry applications.
High-Intensity 16000 Gauss Magnetic Separator Rods for Precision Iron Removal
As an industry leader in material purity and magnetic separation technology, Mag Spring engineers high-intensity 16000 Gauss magnetic separator rods designed for capturing fine ferromagnetic contaminants and weakly magnetic particles.
When standard industrial magnets fail to intercept sub-micron impurities, our 16,000 Gauss (1.6 Tesla) magnetic filter bars provide unmatched field intensity and gradient for high-stakes production lines.
Key Technical Specifications
| Parameter | Standard Specification | Customizable Options |
|---|---|---|
| Surface Field Intensity | 16,000 Gauss (1.6 Tesla) | ±5% Field Tolerance |
| Magnet Material | Rare Earth Neodymium (NdFeB) | N52 / High-Coercivity Grades |
| Housing Tube Material | Seamless Stainless Steel 304 / 316L | Food/Pharma Grade Mirror Polish (Ra < 0.6μm) |
| Standard Operating Temp. | ≤ 80°C (176°F) | High-Temp Cores up to 350°C (662°F) |
| Protection Rating | Waterproof IP68 (Seamless Laser Welded) | Fully Enclosed End Caps |
| End Attachments | M8 / M10 Tapped Holes, Threaded Studs | Eye Bolts, Plain Ends, Custom Brackets |
Why Invest in a 16000 Gauss Magnetic Separator Bar?
While standard magnetic separator tubes handle macroscopic tramp iron, high-grade 16000 Gauss NdFeB magnetic rods are critical for extracting microscopic iron oxides, work-hardened stainless steel flakes, and fine abrasion debris.
- Ultra-High Field Gradient: Generates extreme magnetic attraction to capture micro-particles down to 1 micron.
- Proven Field Penetration: Ensures continuous magnetic coverage across the entire flow path in gravity-fed chutes, pipelines, and hopper drawers.
- Zero Power Consumption: Operates as a permanent magnetic filtration solution without external power requirements or energy overheads.
Key Features of Mag Spring High-Performance Magnetic Filter Tubes
1. Stable & Long-Lasting Magnetic Performance
Unlike low-quality magnetic tubes that suffer rapid degradation, Mag Spring utilizes premium Rare Earth Neodymium (NdFeB) magnetic cores. Our engineering process guarantees low demagnetization rates and exceptional thermal stability under continuous mechanical vibration.
2. Fully Sealed & Hygienic Design (IP68 Rating)
- Seamless Laser Welding: Precision-welded end caps eliminate microscopic crevices, preventing liquid penetration, internal magnetic oxidation, and bacterial growth.
- Sanitary Compliance: Manufactured with mirror-polished SS304 or SS316L stainless steel, fully adhering to FDA, HACCP, and GMP hygiene standards for direct contact with raw ingredients and liquid slurries.
- Rapid Maintenance: The smooth, corrosion-resistant surface ensures captured magnetic contaminants can be easily wiped away during scheduled clean-in-place (CIP) operations.
Critical Applications for High-Purity Production Lines
Our 16000 Gauss magnetic separator bars are widely deployed in industries requiring zero metal contamination:
- Lithium-ion Battery Materials: Removes trace metallic impurities (Fe, Ni, Co) from cathode/anode active powders (LFP, NCM) and wet slurries to prevent internal battery short-circuits.
- Food & Beverage Processing: Captures microscopic machinery wear debris from sugar, spices, grain flour, powdered milk, and liquids.
- Pharmaceuticals & Fine Chemicals: Protects active pharmaceutical ingredients (APIs), active pigments, and fine chemical compounds from fine metallic pollutants.
- Plastics & Recycling: Eliminates micro-ferromagnetic debris prior to extrusion, preventing machine damage and nozzle blockages.
Frequently Asked Questions (FAQ)
Q1: How do you verify the 16000 Gauss rating?
A: We measure the peak magnetic flux density at the pole surfaces using calibrated digital Gaussmeters with transverse Hall-effect probes. Each Mag Spring shipment is supplied with a comprehensive magnetic inspection report.
Q2: What is the difference between a 12000 Gauss and a 16000 Gauss magnetic rod?
A: A 12,000 Gauss rod efficiently captures macroscopic tramp iron and larger chips. A 16,000 Gauss magnetic rod delivers a much higher field gradient, specifically designed to trap sub-micron, weakly magnetic particles such as iron oxides and work-hardened stainless steel particles.
Q3: How to correctly test surface field strength using a Gaussmeter?
A: Place the transverse probe flat against the stainless steel tube surface, scan slowly along the axis to locate the maximum flux density at the pole gaps, and record the peak Gauss reading.
Q4: Can these magnetic rods withstand high-temperature environments?
A: Our standard rods operate reliably up to 80°C. For thermal processing lines, we offer custom-engineered high-temperature magnetic cores capable of operating up to 350°C without significant flux loss.
Optimize Your Material Purity with Mag Spring
Reduce contamination risks and safeguard your equipment with industrial-grade magnetic separation solutions.
[Contact the Mag Spring Engineering Team] today for technical advice, custom dimensions, or to request a direct quote for your custom 16000 Gauss magnetic separator rods.