TR 26: A Reliable Solution for Secure Liquid Nitrogen Storage
The TR 26 by Air Liquide is a non-pressurized container specifically designed for the safe and efficient storage of liquid nitrogen. This model is part of Air Liquide's range of cryogenic containers and stands out for its construction from aluminum and light alloy. This design offers a perfect balance between strength, durability, and maneuverability, facilitating its transport and integration into various professional environments. Suitable for laboratories, industries, and research centers, this container allows for prolonged preservation of liquid nitrogen due to reduced evaporation and optimized autonomy.
Its composite material neck is designed to minimize evaporative losses, ensuring more effective retention of liquid nitrogen. This feature, combined with its low evaporation rate of 0.2 L/day, achieves a static autonomy of 130 days under optimal conditions. With a useful capacity of 26 liters, it provides a reliable solution for long-term storage needs without compromising safety and efficiency.
Its compact design and lightweight structure facilitate maneuverability while offering robustness suitable for professional environments. Its empty weight of 13.5 kg and full weight of 34.6 kg allow for easy handling, while its external diameter of 388 mm and total height of 669 mm ensure a practical and easily integrable format. Its 50 mm diameter neck allows for versatile use, compatible with various withdrawal systems and accessories.
Ergonomics and safety have been optimized for simplified use of the TR 26. It is compatible with several accessories that facilitate its operation, including a DL3 withdrawal device for smooth and controlled extraction of liquid nitrogen. A wheeled base is also available for easier movement, while a specific tilting trolley ensures safe handling. The manual pouring handle allows for precise pouring, ideal for laboratory or industrial use.
This cryogenic container is a benchmark for professionals who regularly handle liquid nitrogen and seek a high-performance and durable solution. Its extended autonomy and robust design meet the strictest requirements for the preservation of liquid gases, ensuring optimal storage while simplifying withdrawal and transport operations.
