Inline Pipe Magnet
Inline Pipe Magnet
An Inline Pipe Magnet is a specialized magnetic separation device installed directly in pneumatic or gravity-fed pipelines to capture and remove ferrous metal contaminants from dry, semi-dry, or liquid material flows. It is commonly used in processing systems where material moves through enclosed pipework, such as in food, chemical, plastic, and powder handling industries. This type of magnet ensures product purity and protects downstream equipment by intercepting metal particles before they reach sensitive machinery.
Key Features
Key Features
- High-Strength Rare Earth or Ceramic Magnets: Efficiently capture even fine or weakly magnetic ferrous particles.
- Housed in Stainless Steel Body: Durable, corrosion-resistant construction suitable for hygienic or harsh environments.
- Available in Round or Square Configurations: Designed to fit standard pipe sizes and systems (e.g., 2"–12" diameters or custom sizes).
- Quick-Clean or Self-Cleaning Options: Simplifies maintenance and reduces production downtime.
- Sanitary Design Available: For use in food, pharmaceutical, and dairy applications, often conforming to HACCP and FDA guidelines.
- Air-Tight Seals: Prevent contamination and ensure pressure integrity in pneumatic systems.
Applications
Applications
- Food & Beverage Processing: Remove metal fragments from powders, grains, spices, or liquid ingredients.
- Plastic Manufacturing: Protect extrusion or moulding equipment by removing metal from plastic pellets or regrind.
- Chemical & Pharmaceutical Industries: Ensure purity and prevent contamination of sensitive compounds.
- Powder Handling Systems: Capture tramp metal in flour, cement, clay, and other bulk powders.
- Pet Food & Animal Feed Production: Improve product safety by extracting ferrous contaminants during material transfer.
Benefits
Benefits
- Protects Processing Equipment: Prevents costly damage to grinders, mixers, and extruders.
- Ensures Product Purity: Helps meet quality standards and regulatory compliance by removing contaminants.
- Reduces Maintenance Costs: Minimises unplanned shutdowns and repairs due to metal damage.
- Improves Safety: Eliminates risks of sparks, ignition, or contamination from metal debris.
- Compact and Efficient: Space-saving design integrates easily into existing pipelines without disrupting flow.
