Canning

IBO (Internal Bake Oven) Belts

IBO belts transport cans through ovens that cure the protective internal coating. These coatings help prevent corrosion and protect the contents from contact with the metal.

Typical belt types

• Stainless steel mesh belts
• Heat-resistant woven mesh belts
• Pin-chain conveyor systems

Key properties

• High-temperature and corrosion resistance
• Excellent dimensional stability
• Uniform airflow and heat distribution
• Long service life with minimal maintenance

Benefits

• Consistent and complete coating cure
• Uniform, defect-free finishes
• Reliable high-speed production
• Reduced coating defects and rejects

Dryer Belts

Dryer belts transport cans through drying, baking and curing processes following washing, printing or coating.

Typical belt types

• Stainless steel mesh belts
• PTFE-coated mesh belts
• Heat-resistant woven belts

Key properties

• High heat resistance
• Excellent airflow
• Chemical and cleaning-agent resistance
• Dimensional stability and wear resistance
• Non-stick surfaces where required

Benefits

• Fast, uniform drying and curing
• Consistent print and coating quality
• Increased production throughput
• Reduced maintenance and downtime

Timing Belts

Timing belts provide precise synchronisation in body makers, neckers, flangers, decorators and automated transfer systems. Polyurethane belts with steel or aramid tensile cords offer excellent accuracy, strength and dimensional stability.

Polyurethane (PU) Conveyor Belts

PU conveyor belts are ideal for transporting empty and finished cans. They provide excellent wear resistance, low-noise operation and resistance to oils, greases and cleaning chemicals.

Vacuum Belts

Vacuum belts securely hold lightweight cans during high-speed printing, decorating and transfer operations. Perforated designs work with vacuum systems to maintain accurate positioning and registration.

Flat Belts

Flat belts are used for both conveying and power transmission, providing smooth, vibration-free performance in high-speed machinery.

Stainless Steel Mesh Belts

Designed for washing, drying, coating and curing applications, stainless steel mesh belts withstand high temperatures while providing excellent airflow and resistance to corrosion and cleaning chemicals.

Silicone- and Rubber-Covered Belts

These belts provide additional grip where required, helping prevent slippage while protecting can surfaces from scratches, dents and other damage.

Key Belt Requirements

Belts for can manufacturing should provide:

• High dimensional stability and low stretch
• Excellent abrasion and wear resistance
• High-speed capability
• Heat, oil and chemical resistance
• Smooth, reliable product handling
• Long service life and low maintenance

Benefits

The right belt solution helps manufacturers achieve precise machine synchronisation, higher production speeds and consistent product quality. Reliable belt performance can also reduce downtime, protect cans from damage and lower overall maintenance costs.