Description
99.9% Purity 6.5kg/30lbs Disposable Cylinder ISOBUTANE R600A Refrigerant Gas
R600a Application:
It is mainly used to replace R12 and R134a refrigerants in refrigerators, freezers, and other small refrigeration equipment; because R600a is flammable, it is usually only used in low-temperature refrigeration equipment with a small amount of liquid, and it is also often used as a mixed refrigerant. R600a is compatible with traditional lubricants;
High-purity isobutane is mainly used as standard gas and the preparation of special standard mixed gas;
Used in the synthesis of isooctane, as a gasoline octane improver, used in the production of isobutylene, propylene, methacrylic acid, and used as a refrigerant.
R600a Application:
It is mainly used to replace R12 and R134a refrigerants in refrigerators, freezers, and other small refrigeration equipment; because R600a is flammable, it is usually only used in low-temperature refrigeration equipment with a small amount of liquid, and it is also often used as a mixed refrigerant. R600a is compatible with traditional lubricants;
High-purity isobutane is mainly used as standard gas and the preparation of special standard mixed gas;
Used in the synthesis of isooctane, as a gasoline octane improver, used in the production of isobutylene, propylene, methacrylic acid, and used as a refrigerant.
Workshop and Shipment Glance
The explosion limit volume of R600a refrigerant is 1.9% to 8.4%, and the safety level is A3. It can form an explosive mixture when mixed with air. It may burn and explode when exposed to heat sources and open flames. It reacts violently with oxidants. Its vapor is heavier than air. The lower part spreads to a considerable distance, and will ignite when encountering a fire source.
The explosion limit volume of R600a refrigerant is 1.9% to 8.4%, and the safety level is A3. It can form an explosive mixture when mixed with air. It may burn and explode when exposed to heat sources and open flames. It reacts violently with oxidants. Its vapor is heavier than air. The lower part spreads to a considerable distance, and will ignite when encountering a fire source.
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