Application of Heavy-duty Wheels with a Double Flange

The heavy-duty wheel block system with a double-flange is a critical component in modern industrial rail transportation and heavy-duty material handling equipment. Designed to withstand extreme loads, it provides precise guidance and stable travel performance along rails. Its main applications include the following areas:

1. Bridge and Gantry Cranes

In large industrial plants and logistics hubs, this system ensures smooth movement of crane bridges along rails. The double-flange structure effectively prevents derailment, significantly enhancing the safety and reliability of heavy lifting operations.

2. Automated Storage and Retrieval Systems (AS/RS)

Used in stacker cranes and shuttle cars in high-density warehouses, it ensures high-speed and precise movement on narrow tracks, serving as a key component for efficient automated storage operations.

3. Transfer Cars and Rail-Guided Vehicles (RGVs)

Widely employed for heavy material transfer between production lines or within logistics centers, it offers excellent load distribution and anti-offset capabilities, adapting to high-intensity continuous operating environments.

4. Steel and Metal Processing Plants

Applied in transport equipment for ladles, continuous casting billets, and hot-rolled coils, it can withstand high temperatures, high pressure, and impact loads, meeting durability requirements in extreme working conditions.

5. Shipbuilding and Offshore Engineering Bases

Used for moving oversized components such as ship segments and offshore platform modules, its high rigidity structure and precise guidance capabilities ensure the safe shifting of heavy parts.

6. Tunnel Boring and Mining Equipment

In harsh and confined tunnel and mining environments, it provides reliable guidance and support for rail-mounted auxiliary transport equipment, effectively coping with complex ground conditions and high-intensity operational demands.

The heavy-duty double-flange wheel block system is an indispensable technical component in logistics transportation, equipment manufacturing, energy construction, and heavy industries. Its exceptional load-bearing performance, anti-derailment characteristics, and long-life design provide a solid foundation and safety assurance for modern industrial automation and heavy logistics.