In industrial production, the transportation of hot billets is a critical process, and the requirements for transportation vehicles are extremely high. Today, we will take an in-depth look at the billet transfer car from product features and usage scenarios to important considerations when purchasing, helping you improve the efficiency of hot billet transportation.
The structure of the billet transfer car uses a box beam mechanism similar to that of crane equipment, which is cut and welded using CNC technology for steel plates. This design provides the electric flat car with high strength and stability, enabling it to withstand the weight of the hot billet as well as the impact during transportation.
The wheels of the billet transfer car are made of solid cast steel, coated with outsourced polyurethane. Solid cast steel ensures a strong load-bearing capacity, allowing the wheels to support the weight of the hot billet stably. The polyurethane coating offers excellent cushioning performance and wear resistance. This not only reduces the height-to-width ratio, making the vehicle more stable during operation, but also minimizes ground wear and extends the service life of the wheels.
Case Example: Trackless Car for Transporting 20 Tons of Hot Steel Billets
The billet transfer cart is widely used in various industrial production scenarios due to its excellent performance. In steel mills, it serves as a vital link between the steelmaking workshops and processing areas, transporting hot steel billets to designated locations quickly and safely, ensuring the continuity of production.
In metal processing enterprises, the billet transfer car efficiently transports purchased steel billets to processing equipment, improving processing efficiency. Additionally, in large construction sites or bridge construction projects, the billet transfer car can also be used to transport large steel materials used for building structures, providing essential support for the smooth progress of the project.
1. Choose the Right Type Based on Transportation Needs:Manufacturing plant logistics vehicles can be categorized into different types based on their power supply system: low-voltage rail power supply, battery power supply, cable power supply, cable drum type, and non-powered traction trucks. When purchasing, choose according to the actual transportation environment and requirements.
For fixed transportation routes where tracks can be laid, a low-voltage rail power supply system might be the best option.
If the vehicle needs greater mobility, the battery-powered system would be more suitable.
2. Pay Attention to Load Capacity and Stability:Hot steel billets are heavy, placing significant strain on the vehicle's load capacity. Ensure that the billet transfer car’s load capacity meets the actual transportation requirements, with some margin for safety. Additionally, consider the stability of the vehicle, including its structural integrity and driving stability, to ensure safe transportation.
3. Inspect Protection and Safety Features:Since hot billets are being transported, the protection features of the vehicle are critical. Check whether the vehicle has adequate protection to prevent damage to the steel parts and safeguard against the heat’s impact on other vehicle components. Safety features such as a reliable braking system and complete warning devices are also essential.
4. Consider After-Sales Service and Technical Support:Purchasing a billet transfer car is not just about buying a product but also considering after-sales service and technical support. Choosing a reputable supplier capable of providing timely maintenance and technical guidance can help reduce downtime due to vehicle failures and ensure smooth production operations.
In conclusion, selecting the right billet transfer car is crucial for improving the efficiency of hot billet transportation. I hope that through today’s introduction, you will be better informed when purchasing a billet car and ensure a strong guarantee for the production and development of your enterprise.
