Details
Description
This argon-purged glovebox enables the safe handling of fluoride salts with radioactive materials, preventing moisture and oxygen contamination in molten salt research and nuclear material processing.
Capabilities
• Controlled Inert Atmosphere: Maintains low oxygen (<1 ppm) and moisture (<1 ppm) levels, crucial for anhydrous fluoride salt studies.
• Safe Radioactive Material Handling: Designed for uranium, thorium, and other radionuclides used in pyroprocessing and MSR development.
• Corrosion-Resistant Build: Prevents degradation from fluoride exposure, ensuring long-term stability.
Technical Specifications
• Atmosphere: Argon-purged, low O₂ and H₂O levels.
• Integrated Filtration & Safety Features: HEPA filters and radiation shielding as required.
• Multiple Glove Ports: Supports multi-user operation for efficient research.
This custom glovebox ensures contamination-free handling of fluoride salts and radioactive materials, supporting pyroprocessing, MSR studies, and nuclear fuel research.
Capabilities
• Controlled Inert Atmosphere: Maintains low oxygen (<1 ppm) and moisture (<1 ppm) levels, crucial for anhydrous fluoride salt studies.
• Safe Radioactive Material Handling: Designed for uranium, thorium, and other radionuclides used in pyroprocessing and MSR development.
• Corrosion-Resistant Build: Prevents degradation from fluoride exposure, ensuring long-term stability.
Technical Specifications
• Atmosphere: Argon-purged, low O₂ and H₂O levels.
• Integrated Filtration & Safety Features: HEPA filters and radiation shielding as required.
• Multiple Glove Ports: Supports multi-user operation for efficient research.
This custom glovebox ensures contamination-free handling of fluoride salts and radioactive materials, supporting pyroprocessing, MSR studies, and nuclear fuel research.
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