Cryogenic Dewar Flasks — Insulated Containers for Safe Storage and Handling of Cryogenic Liquids
Cryogenic Dewar Flasks are specialized insulated vessels designed for the storage, transport, and controlled handling of cryogenic liquids such as liquid nitrogen, liquid oxygen, liquid argon, and other low-temperature media. These flasks are engineered to maintain extremely low temperatures while minimizing evaporation losses and ensuring operational safety.
Cryogenic Dewar Flasks supplied by REAL GAZ are manufactured with high-performance vacuum insulation and robust structural design, making them suitable for laboratory, industrial, medical, and research environments where reliable cryogenic containment is required.
🔬 Laboratory and Research Applications
Cryogenic Dewar Flasks are widely used in laboratories for sample preservation, cryogenic experiments, and low-temperature testing. They support safe storage of biological samples, chemical materials, and research specimens under stable cryogenic conditions.
Cryogenic Dewar Flasks are widely used in laboratories for sample preservation, cryogenic experiments, and low-temperature testing. They support safe storage of biological samples, chemical materials, and research specimens under stable cryogenic conditions.
❄️ Cryogenic Liquid Storage and Transport
Dewar flasks are designed to safely store and transport cryogenic liquids while limiting heat transfer and boil-off. Their insulation system allows extended holding times and controlled liquid usage in both stationary and mobile applications.
Dewar flasks are designed to safely store and transport cryogenic liquids while limiting heat transfer and boil-off. Their insulation system allows extended holding times and controlled liquid usage in both stationary and mobile applications.
🏭 Industrial and Technical Use
In industrial environments, cryogenic Dewar flasks are used for supplying cryogenic liquids to processes such as cooling, shrink fitting, material treatment, and controlled atmosphere applications. Durable construction ensures reliable performance in demanding conditions.
In industrial environments, cryogenic Dewar flasks are used for supplying cryogenic liquids to processes such as cooling, shrink fitting, material treatment, and controlled atmosphere applications. Durable construction ensures reliable performance in demanding conditions.
🏥 Medical and Healthcare Applications
Cryogenic Dewar flasks are commonly used in medical and healthcare facilities for storage of liquid nitrogen used in cryotherapy, biological sample preservation, and pharmaceutical applications. Safety features support controlled handling and user protection.
Cryogenic Dewar flasks are commonly used in medical and healthcare facilities for storage of liquid nitrogen used in cryotherapy, biological sample preservation, and pharmaceutical applications. Safety features support controlled handling and user protection.
🧪 Design and Capacity Options
Cryogenic Dewar Flasks are available in various capacities and configurations, including low-pressure and high-performance models. Options may include pouring spouts, pressure relief devices, and compatible transfer systems for safe liquid dispensing.
Cryogenic Dewar Flasks are available in various capacities and configurations, including low-pressure and high-performance models. Options may include pouring spouts, pressure relief devices, and compatible transfer systems for safe liquid dispensing.
🛡️ Safety and Quality Assurance
All Cryogenic Dewar Flasks supplied by REAL GAZ are inspected to ensure insulation integrity, mechanical strength, and compliance with applicable safety requirements. Designs prioritize secure handling, pressure control, and long-term reliability.
All Cryogenic Dewar Flasks supplied by REAL GAZ are inspected to ensure insulation integrity, mechanical strength, and compliance with applicable safety requirements. Designs prioritize secure handling, pressure control, and long-term reliability.
Cryogenic Dewar Flasks from REAL GAZ provide dependable solutions for safe cryogenic liquid storage and handling across laboratory, industrial, medical, and research applications.