Application:
To verify the adaptability and stability of the test equipment under high vacuum and low temperature condition.
Technical specification for Vacuum Vessel
| 1. Structural form | vertical type |
| 2. Material | S30408 for shell, heads, flanges and internal parts; Q345 for reinforcing rib and skirt material |
| 3. Size of vacuum vessel | 13000mm(inner diameter) x 20000mm(straight barrel height), total height 30000mm |
| 4. Size of side container | 7000mm(inner diameter), distance of side container gate flange from container center is 15500mm |
| 5. Total leakage rate | ≤1*10-6Pa.m3/s |
Vacuum container is the carrier of heat accumulation, vacuum system, tank platform and other equipment, and is the heart integration of the whole system.
Avoid equipment failure. Learn how to select the right industrial finned tube by comparing attachment methods, materials, and quality standards.
Overcome thermal bottlenecks with fin tubes. Learn how the right materials and configurations maximize heat transfer and reduce equipment footprint.
Discover when to choose fin tubes vs plain tubes to optimize heat exchanger efficiency, reduce footprint, and cut maintenance costs.
Solve liquid-to-gas heat exchange bottlenecks. Learn how to evaluate, select, and source the right fin tubes for maximum industrial efficiency.
Optimize heat transfer with fin tubes. Learn about fabrication, materials, and design trade-offs to maximize efficiency in industrial systems.
Optimize industrial heat transfer with our guide to fin tubes. Compare manufacturing methods, material pairings, and temperature limits for your project.





