Sidewall conveyor belts

Space-saving and energy- efficient way to transport material

When you need to transport material at steeper angles than is possible with conventional conveyor belts, sidewall belts are the way to go. Their cross-stiff base belt and corrugated rubber sidewalls combine with a variety of different-sized cleats to ensure your material stays in place.

Efficiency

Offers a space- and energy- efficient way to transport material at up to 90° angles.

Material properties

Can be made of either textile fabrics or steel cords, depending on the level of belt cross-rigidity and strength your application demands.

Special features

Prevent spillage at steep angles.

Expertise

More than a century of experience within the belt business.

Trellex SideWall conveyor belts

Eliminating the need for material transfers, Trellex SideWall belts offer you a space- and energy- efficient way to transport material at up to 90° angles.

Material properties

The base belt and cross-reinforcements can be made of either textile fabrics or steel cords, depending on the level of belt cross-rigidity and strength your application demands. Textile fabric, however, is not an option for high-strength belts.

The sidewalls are made of a high-strength rubber compound, so the belt is tough enough to handle all kinds of materials.

The cleats are made of abrasion-resistant rubber compounds and come in a large range of shapes and sizes to match the conveying capacity of your application. To ensure better stability, all sidewalls over 120 mm and cleats over 140 mm high are reinforced with fabric.

Special features

Several features make sidewall belts an economical and environmentally-friendly choice.

They prevent spillage at steep angles, thereby reducing material waste. They are also very hardwearing, which reduces maintenance work and lengthens the time between replacements. Enabling conveying at steep angles, they save space on your site. And crucially, since conveying distances can be shortened, our sidewall belts reduce energy consumption.