Industrial Neodymium Magnetic Sieve for Sugar Production and Metal Removal

This Ø300 mm neodymium magnetic sieve is designed to efficiently separate metal contaminants from sugar during production processes. Equipped with Ø25 mm neodymium magnetic rods, it ensures reliable and continuous metal removal in sugar handling lines.

Metal contamination in sugar production poses serious risks to product quality, food safety, and processing equipment. The Ø300 mm neodymium magnetic sieve is specifically engineered to eliminate these risks by providing highly efficient magnetic separation directly within sugar processing lines.

The system features four Ø25 mm high-strength neodymium magnetic rods, strategically positioned to capture ferrous metal particles as sugar passes through the sieve. Its circular sieve design allows uninterrupted material flow while ensuring direct contact between the product and the magnetic field.

Thanks to the powerful neodymium magnetic field, even fine metal fragments and small ferrous particles are effectively captured. The sieve structure enables easy integration into existing screening or feeding systems and supports hygienic operation suitable for food industry environments.

This magnetic sieve offers a reliable, continuous, and maintenance-friendly solution for metal separation in sugar factories.

Technical Specifications

• Type: Circular neodymium magnetic sieve

• Outer Diameter: Ø300 mm

• Magnetic Rod Diameter: Ø25 mm

• Number of Magnetic Rods: 4 pcs

• Magnet Type: Neodymium

• Design: Sieve-type magnetic separator

• Application Purpose: Metal separation from sugar

Areas of Use

• Sugar production plants

• Granulated and powdered sugar processing lines

• Food processing and packaging systems

• Screening and feeding equipment

• Processes with metal contamination risk

Product Advantages

• Efficient metal separation in sugar processing lines

• High-strength neodymium magnets for superior capture performance

• Sieve design ensures continuous product flow

• Easy integration into existing production systems

• Enhances product purity and equipment protection

• Easy cleaning and low maintenance requirements