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| CAS No. | Item No. | 21 | |
|---|---|---|---|
| Name | Fluorine nitrogen mixture | ||
| Name in Chinese | 氟氮混合气(F₂/N₂) | ||
| Application | Fluorine-nitrogen mixtures (a mixture of fluorine and nitrogen) are primarily used in industrial sectors that require precise control of fluorine reactivity or the mitigation of operational risks, due to their unique chemical properties—namely, the high reactivity of fluorine and the diluting effect of inert nitrogen. Examples include monomer encapsulation, microelectronics manufacturing, the nuclear energy industry, the synthesis of specialty materials, and surface treatment and functional modification. | ||
| Appearance | |||
| Formula | Molecular Weight | ||
| Storage Condition | Store in designated steel cylinders; valves must be fluorinated. Keep away from heat sources, organic materials, and moisture; keep dry. | ||
| Capacity | Supply to Meet Demand | ||
| Package | 12 x 50-liter Jige Group container bottles, 47-liter single-cylinder steel bottles. | ||
| Shipment Method | When transporting hazardous materials, use nickel-based alloy, copper, or specially fluorinated steel cylinders to ensure resistance to fluorine gas corrosion. Cylinder valves must be passivated to prevent reaction with fluorine gas. Containers must be regularly tested for pressure resistance and leak tightness to ensure there is no risk of leakage. | ||
| Smiles | None | ||
Application
Fluorine-nitrogen mixtures (a mixture of fluorine and nitrogen) are primarily used in industrial sectors that require precise control of fluorine reactivity or the mitigation of operational risks, due to their unique chemical properties—namely, the high reactivity of fluorine and the diluting effect of inert nitrogen. Examples include monomer encapsulation, microelectronics manufacturing, the nuclear energy industry, the synthesis of specialty materials, and surface treatment and functional modification.