1. Turning Mechanism:
Utilizes tapered rollers to create different linear speeds on the inner and outer tracks, ensuring smooth directional changes.
Custom-designed for materials of various sizes and specifications.
2. Drive Options:
The transmission method can be selected based on the roller conveyor's structure.
Different drive systems are used depending on material weight (e.g., light-duty, medium-duty, or heavy-duty loads).
3. Surface Treatments
Rollers can be coated with anti-slip, shock-absorbing materials (e.g., rubber or polyurethane).
Alternatively, zinc plating can be applied for rust prevention in harsh environments.
4. Structural Composition
The roller conveyor consists of a frame, rollers, and support legs, making it highly suitable for heavy-load applications.
Ideal for transporting boxes, bags, pallets, and other unit loads.
Loose bulk materials, small items, or irregularly shaped objects should be placed on pallets or totes for stable conveyance.
5. Load Capacity & Applications
Capable of handling extremely heavy single-unit loads and withstanding high-impact forces.
Widely used in assembly lines, warehouse logistics, and material handling systems.
6. Drive Configurations
Available in single sprocket, double sprocket, O-belt, flat friction belt drive, and other transmission methods.
This conveyor system offers high flexibility, durability, and efficiency, making it suitable for diverse industrial and logistical applications.
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