Eddy current separators are the workhorses of modern recycling. They spin at high RPMs to eject non-ferrous metals (aluminum, copper) from waste streams. But this high-speed, abrasive environment is brutal on conveyor belts.

A standard belt will:

• Wear through quickly from sharp metal and glass fragments
• Lose permeability, reducing the magnetic field’s efficiency
• Develop edge tears and leaks, causing material buildup and jams

For plant managers, every minute of unscheduled downtime means tons of unprocessed waste and lost revenue. That is why Annilte engineered a specialized PVC eddy current sorter belt – built to survive the harshest sorting lines.

The Pain Points: Why Standard Belts Fail in Eddy Current Sorters

When we survey recycling facility managers, three failures dominate:

• Abrasion & Scratching: Shredded aluminum, glass cullet, and e-waste particles act like sandpaper, rapidly wearing through standard belt covers.
• Material Leakage & Buildup: Traditional skirt designs trap fine materials, leading to belt misalignment and premature failure.
• Reduced Magnetic Permeability: Dust and moisture accumulation on the belt surface weaken the eddy current field, causing valuable metals to be lost to the reject stream.

The Annilte Solution: A Belt Built for Recovery Efficiency

Our Eddy Current Sorter Belt (also called aluminum jumper belt) is not a repurposed general-use belt. It is purpose-designed for industrial waste, household waste, e-waste, incineration slag, and glass sorting lines.

1. 50% Higher Abrasion Resistance – Zero Recycled Materials

Most belts use regrind to save costs. Annilte starts with virgin materials and adds a proprietary nano-wear-resistant factor.

• Result: Wear resistance improved by 50% . You get 3x the operational life compared to economy belts.
• Benefit: Fewer belt replacements, less downtime, lower cost per ton sorted.

2. Enhanced Permeability – 3rd Generation Technology

Our 3rd generation eddy current belt uses a specialized surface texture to improve magnetic permeability.

• Result: The eddy current field penetrates the belt more effectively.
• Benefit: Higher recovery rates of aluminum, copper, and other non-ferrous metals – directly improving your revenue per ton.

3. Anti-Scratch & Pure Gum Construction

Sharp shredded materials (like crushed car shells or appliance scrap) easily gouge soft belts. Annilte uses pure gum rubber compounds with enhanced toughness.

• Result: Superior resistance to scratching, gouging, and buildup.
• Benefit: A smooth, continuous surface that self-releases sticky materials.

4. Seamless Skirt Design – No Material Hiding, No Leakage

Dust and fines leaking under the belt cause tracking issues and roller damage. Our solution:

• Slow S-bend skirt design combined with German superconducting vulcanization
• Skirt and base belt are molded as one seamless unit.
• Result: Zero material hiding, zero edge leakage, stable operation even at high speeds.

Compatible with Leading Eddy Current Separator Brands

Annilte belts are designed to retrofit seamlessly onto industry-standard equipment:

• Steinert (Ethermag, KSS)
• Eriez (RevX-E, ECC)
• Magnetix (Eddy Current Systems)
• Goudsmit (Eddy Current Separators)
• Master Magnets (Eddy Current Drum)
• Sesotec (Sorting Systems)
• Calan (Eddy Currents)

“We replaced our OEM belt on a Steinert line with Annilte. The wear life doubled, and the seamless skirt eliminated the fine material leakage we fought for years.” – Plant Manager, UK Recycling Facility