The vacuum-jacketed stainless steel liquid nitrogen container provides exceptional efficiency in cryogenic shrink-fit and thermal assembly applications. This method, widely used across multiple industries, involves immersing one of two metal components into liquid nitrogen and cooling it to approximately -196 °C. As the cooled metal contracts, it can be easily inserted into the other component. Once both parts return to room temperature, they form a secure, inseparable fit. Unlike conventional heat-fit methods, cryogenic assembly eliminates the risk of structural deformation or material stress.
Applications:
- Aerospace and Space Industry: Precision assembly of critical components while preserving structural integrity.
- Electronics and Micro-Mechanical Systems (MEMS): Accurate and damage-free fitting of small metal parts.
- Energy and Power Systems: Secure and durable mounting of turbines, compressors, and generator components.
- Laboratory and Research Applications: Cryogenic experiments, low-temperature testing, and material expansion/contraction analysis.
- Automotive and Mechanical Manufacturing: Reliable and efficient assembly of shafts, bearings, and gears with tight tolerances.
Advantages:
- Precise and safe cryogenic assembly
- No risk of thermal or structural damage
- Suitable for automotive, aerospace, and energy industries
- Durable stainless-steel construction with vacuum-insulated design
Its stainless-steel body ensures longevity and durability, while the vacuum-jacketed insulation enables efficient liquid nitrogen use. With its leak-proof and secure design, the container is an ideal solution for high-precision cryogenic operations requiring stability and control.
For more information, please contact us at +90 850 304 2796, via info@nitrosis.com.tr, or through our Contact page.
