Conveyor Belts and Components

Conveyor belts are also referred to as belt conveyors, conveyor belting, or transport belts, depending on the industry and configuration. Specific types carry more descriptive names, such as wire mesh belting, modular belting, or hinged belting, based on their construction and intended material handling application.

Conveyor belts designed to transport people are called moving walkways, travelators, or passenger conveyors, commonly found in airports and large transit facilities. These differ structurally from industrial conveyor belting, which is engineered for handling bulk materials, packaged goods, or products rather than passengers.

Industrial conveyor belts are made from materials such as wire mesh, flat wire, steel, and interlocking plastic modules, depending on the application. Material selection depends on factors like temperature resistance, load capacity, and exposure to harsh environments, with steel and wire mesh options offering greater durability for heavy-duty use.

Selecting the right conveyor belt requires evaluating load capacity, operating environment, temperature range, and conveyor system compatibility. Uniking Canada Inc. 's technical team offers free consultations to assess belt style, configuration, and customization needs, helping match products like wire mesh, steel hinged, or modular belting to your specific process.

Yes, conveyor belts such as wire mesh, steel hinged, and modular belting can be customized in width, length, pitch, and edge configuration to fit almost any existing conveyor system. Engineering documentation and expert consultation are available to ensure proper fit, reducing installation time and compatibility issues.

Maintenance typically includes regular inspection for wear, tension adjustments, cleaning to prevent buildup, and checking hinge or link components for damage. Steel hinged and modular belts are designed for low-maintenance operation, with troubleshooting guides and inspection forms available to help identify issues early and minimize unplanned downtime.