Hapl-Hot Coil/Capi-Cold Coil Continuous Annealing And Pickling Line
Inquire NowDescription
The Hapl-Hot Coil/Capi-Cold Coil Continuous Annealing and Pickling Line is a cutting-edge solution designed for high-efficiency steel processing. This advanced production line boasts a high degree of automation, utilizing a PLC bus network control system that allows operators to access reliable tracking of materials and production information in real-time. The independent control systems for each piece of equipment ensure seamless operation, featuring functionalities like emergency stop, manual/automatic operation, and single machine/line connection.
Equipped with state-of-the-art overload and fault detection mechanisms, this line guarantees operational safety and reliability. The use of a specialized combination of sulfuric acid, nitric acid, and hydrofluoric acid enhances the cleaning flexibility for various steel grades. The control system is built for interoperability, high reliability, and maintainability, resulting in a superior performance-price ratio with reduced engineering and maintenance costs. Overall, the continuous annealing and pickling line significantly boosts production capacity while minimizing environmental impact.
Specifications
| Feature | HAPL | CAPL |
|---|---|---|
| Raw Material | HR stainless steel (200, 300, 400 series) | CR stainless steel (200, 300, 400 series) |
| Strip Width | 600~1350mm | |
| Strip Thickness | 1.8~6.0mm | 0.2~2.0mm |
| Coil ID/OD | ? 610mm / ? 800~2100mm | |
| Coil Weight | Max. 28T | |
| TV Value | 100 | 40 |
| Production Capacity | 350,000 tons/year | 150,000 tons/year |
| Control System | DC bus rectifier unit power supply; AC drive system using Siemens whole digital inverter system | |
| Running Manner | Continuous annealing and pickling | |
| Features of the Unit | Integrates annealing and pickling into a single line for continuous operation, enhancing production capacity, reducing costs, and improving product quality while minimizing environmental effects. | |
Additional Information
- High automation for efficient tracking and control
- Independent control systems for enhanced operational safety
- Environmentally friendly with reduced production impact
