99.999% (5N) High Purity Nitrous Oxide (N₂O)

Product Category: Nitrous Oxide

5N High Purity Nitrous Oxide
Chemical Formula: N2O
Packaging: 44L, 47L
Purity of Nitrous Oxide: 99.999% (5N High Purity Nitrous Oxide)
High Purity Nitrous Oxide Filling Weight: 22.7 kg, 25 kg
High Purity Nitrous Oxide Filling Pressure: 6 MPa
CAS No.: 10028-97-2
Molecular Weight: 44.01

99.999 Nitrous Oxide Parameters

Product Name: High Purity Nitrous Oxide, Dinitrogen Monoxide, Nitrous Oxide, N2O Gas

Chemical Formula: N2O

Purity of Nitrous Oxide: 99.999% (5N High Purity Nitrous Oxide)

Packaging: 44L, 47L

Medical Nitrous Oxide Filling Weight: 22.7 kg, 25 kg

Filling Pressure: 6 MPa

CAS No.: 10028-97-2

Molecular Weight: 44.01

99.999 High Purity Nitrous Oxide Detailed Parameter Table

99.999 High Purity Nitrous Oxide Purity Index Reference

99.999 High Purity Nitrous Oxide Uses and Protection

High purity nitrous oxide is mainly used as an anesthetic in dentistry, surgery, and gynecology, for leak detection, as a refrigerant, combustion aid, preservative, chemical raw material, gas for atomic absorption spectroscopy, balance gas for semiconductor manufacturing, oxidation, chemical vapor deposition, standard gas, medical gas, aerosol propellant, vacuum and pressure leak detection.

Increasing Vehicle Speed

Modified vehicles using nitrous oxide acceleration systems inject nitrous oxide into the engine, where it decomposes into nitrogen and oxygen upon heating, increasing the engine's combustion rate and speed. Oxygen aids combustion, accelerating fuel burning.

Oxidizing Agent

Nitrous oxide can be used as an oxidizing agent. Its advantage over other oxidizing agents is that it is non-toxic, stable at room temperature, easy to store, and relatively safe to handle. A second benefit is that it can easily decompose into breathable air.

Used as an Anesthetic

Doctors administer a mixture of nitrous oxide and oxygen for patients to inhale, reducing pain perception while keeping the patient conscious.

Protection

Inhalation: Quickly move to fresh air. Keep the airway clear. If breathing is difficult, administer oxygen. If breathing stops, perform artificial respiration immediately. Seek medical attention.
Respiratory Protection: Generally, no special protection is needed. In high-concentration exposure, wear a self-priming filtering gas mask (half mask).

Eye Protection: Generally, no special protection is needed.

Body Protection: Wear general work clothing.

Hand Protection: Wear chemical-resistant gloves.

Other Protection: Avoid high-concentration inhalation. When working in tanks, confined spaces, or other high-concentration areas, ensure supervision.

Leak Emergency Handling: Quickly evacuate personnel from the leak area to the upwind side and isolate the area, strictly restricting access. Emergency personnel should wear self-contained positive pressure breathing apparatus and general work clothing. Cut off the leak source if possible. Provide reasonable ventilation to accelerate diffusion. Handle leaking containers properly; repair and inspect before reuse.

Harmful Combustion Products: Nitrogen oxides.

Fire Extinguishing Methods: This product is non-flammable. Firefighters must wear gas masks and full-body firefighting clothing, and fight the fire from the upwind direction. Use water spray to cool containers in the fire area. Quickly cut off the gas source, use water spray to protect personnel cutting off the gas source, and then select appropriate extinguishing agents based on the cause of the fire.

99.999 High Purity Nitrous Oxide Physical and Chemical Properties

Molecular Weight: 44.013

Melting Point (Triple Point): -90.8°C

Boiling Point (101.325 kPa): -88.5°C

Liquid Density (-88.33°C, 101.325 kPa): 1281.5 kg/m³

Gas Density (0°C, 101.325 kPa): 1.977 kg/m³

Relative Density (25°C, 101.325 kPa, air=1): 1.530

Specific Volume (21.1°C, 101.325 kPa): 0.5431 m³/kg

Critical Temperature: 36.4°C

Critical Pressure: 7254 kPa

Critical Density: 452.5 kg/m³

Heat of Fusion (-90.81°C, 87.8 kPa): 148.6 kJ/kg

Heat of Vaporization (-88.47°C, 101.325 kPa): 376.1 kJ/kg

Specific Heat Capacity (25°C, 101.325 kPa): Cp=877.8 J/(kg·K)

Viscosity (100 kPa, 20°C, gas): 0.01360 mPa·s

Vapor Pressure (-20°C): 1834 kPa (0°C): 3171 kPa (20°C): 5168 kPa