Spiral Conveyor Belts

This spiral conveyor belt is primarily utilized in spiral conveyor towers.
Fabricated from high-tensile-strength stainless steel wire, its mesh surface is robust, durable, and highly resistant to deformation. Featuring a flat surface and secure welding, it offers exceptional turning capabilities, enabling turns of both 180 and 360 degrees. It is capable of withstanding immense pressure and tension, while also allowing for remarkably convenient maintenance and disassembly.

Detailed images：

Features：

• Smooth belt surface, excellent air ventilation, hygiene and easy to clean.
• Spiral grid belt are driven by sprockets, reliable and stable running is ensured. Straight running and can curve to 180 and 360 degrees.
• High tensile strength hard wire is used for spiral, ensuring higher wear resistance.
• Superior design and construction increase product carrying capacity. All welds treatment and whole belt is bright and clean.

Required Parameters for Customization：

Rod pitch

Pitch refers to the spacing between adjacent structural units of a spiral conveyor belt in the direction of conveyance. A larger pitch is typically used for conveying large items, whereas a smaller pitch is employed for conveying smaller products.

Spiral pitch

Pitch refers to the center-to-center distance between two adjacent coils of the spiral wire within a spiral conveyor belt. A larger pitch results in a higher open area ratio, making it suitable for conveying larger products. Conversely, a smaller pitch creates a more compact structure, making it suitable for conveying smaller products.

Wire diameter

Wire diameter refers to the diameter of the individual metal wires that make up a metal conveyor belt. Generally speaking, the larger the wire diameter, the greater the load-bearing capacity. Conversely, a smaller wire diameter results in a lighter mesh belt, making it suitable for light-duty conveying applications.

Rod pitch

The distance between the centerlines of the two side chains is a critical parameter for determining the effective width of a conveyor belt. The greater the center distance, the wider the mesh belt, and the higher the conveying efficiency.

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