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What is O2 4 %;N2 96 %?

O2 4 %;N2 96 % (CAS: ). It's a colourless. substance commonly used Industrial and professional use for chemical analysis, calibration, (routine) quality control, laboratory use, under controlled conditions. Perform risk assessment prior to use.

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Safety Information

More about safety measures

Signal Word

warning

Classification

N/A
GHS04 pictogram

Hazard Statements

  • H280: Contains gas under pressure; may explode if heated.

Precautionary Statements

  • P403: Store in a well-ventilated place.

Linde Gas GmbH

Manufacturer

Carl-von-Linde-Platz 1, A-4651 Stadl-Paura, Austria

Phone: +43 50 4273

Safety Guidelines

View full guidelines

UMCO/NCEC

+44 1865 407333

+49 89 220 61012

Physical State
Gas
Physical State Data
gas
State Under Standard Conditions
Not available
Appearance
Colourless.
Colour
Colourless.
Colour Intensity
Not available
Form
Compressed gas
Odor
Odourless.
Odor Threshold
Odour threshold is subjective and inadequate to warn of overexposure.
Ph
Not applicable for gases and gas mixtures.
Property
Not available
Property
Not available

Product Information

  • Product Code: 000010022892

Frequently Asked Questions

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What is the hazard signal word for O2 4 %;N2 96 %?

The signal word for this substance is "warning".

What is the physical form of O2 4 %;N2 96 %?

O2 4 %;N2 96 % is a gas appearing as colourless. with colourless. color. It has odourless. odor.

What is the solubility of O2 4 %;N2 96 %?

Not known, but considered to have low solubility.

What is O2 4 %;N2 96 % used for?

Industrial and professional use for chemical analysis, calibration, (routine) quality control, laboratory use, under controlled conditions. Perform risk assessment prior to use.

What are the hazard statements for O2 4 %;N2 96 %?

This substance has 1 hazard statements: H280: Contains gas under pressure; may explode if heated.

What is the melting point of O2 4 %;N2 96 %?

The melting point is Not applicable for gases and gas mixtures. and the boiling point is Not applicable for gas mixtures. It is technically not possible to determine the boiling point or range of this mixture. Component with lowest boiling point: Nitrogen -196 ℃.