China Fullcryo Liquid Helium Dewar - Big Capacity, High Vacuum Super Insulation, Trusted Suppliers & Factory
- 1. Scientific Research: Used in particle accelerators, quantum computing research, and other experiments requiring extremely low temperatures.
- 2. Medical Technologies: Essential for MRI machines and other medical imaging technologies that require liquid helium for cooling superconducting magnets.
- 3. High-Tech Manufacturing: Used in the production and testing of semiconductor devices and other high-tech components where ultra-low temperatures are necessary.
- 4. Cryogenics: Fundamental for studies and applications involving cryogenic temperatures, including physics and materials science research.
- 1. Large Capacity: Ranges from 1,000 to 20,000 liters, providing substantial storage for long-term use and reducing the frequency of refilling.
- 2. Ultra-Low Temperature Maintenance: Designed to keep helium in its liquid state at temperatures close to absolute zero (-269°C or -452°F).
- 3. Durability: Constructed with high-quality materials to withstand harsh conditions and ensure long-term use.
- 4. Efficiency: Advanced insulation technologies minimize helium boil-off, maximizing the efficiency of helium usage.
- 5. Safety: Equipped with multiple safety features, including pressure relief valves and vent valves, to ensure safe handling and operation.
The capacity of the liquid helium dewar ranges from 1,000 to 20,000 liters (including the 2m³ mobile liquid storage tank model), which provides substantial storage for long-term use and reduces the frequency of refilling.
It is widely used in scientific research (particle accelerators, quantum computing), medical technologies (MRI machines cooling superconducting magnets), high-tech manufacturing (semiconductor device production), and general cryogenics studies.
The storage tank is designed to keep helium in its liquid state at ultra-low temperatures close to absolute zero, specifically around -269°C or -452°F.
It is equipped with multiple safety features, including pressure relief valves and vent valves, to ensure safe handling and operation during transport and storage.
The tank utilizes advanced insulation technologies that minimize helium boil-off, thereby maximizing the overall efficiency of helium usage.