Compressed Oxygen

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MOQ : 58 Kilograms

Compressed Oxygen Specification

Purity
99.5% min

Pressure
High Pressure (up to 200 Bar)

Vapor Density
1.105 (Air = 1)

Industries
Medical, Welding, Chemical, Glass, Steel, Aerospace

Air Gases
Oxygen (O2)

Noble Gases
None

Elemental Gases
Oxygen

Density
1.429 Gram per cubic centimeter(g/cm3)

Volume
7 m/cylinder

Application
Breathing gas, Cutting, Welding, Chemical processing, Laboratory

Weight
47 kg (Cylinder filled)

Compressed Oxygen Trade Information

Minimum Order Quantity
58 Kilograms

Supply Ability
500 Kilograms Per Week

Delivery Time
1 Days

Main Export Market(s)
Central America, Australia, North America, South America, Western Europe, Middle East, Eastern Europe, Asia, Africa

Main Domestic Market
All India

About Compressed Oxygen

We have become the most prominent manufacturer, exporter and supplier of premium quality Compressed Oxygen. Offered gas is immensely demanded in varied industrial sectors for different applications and is made available in all sizes of cylinder. This gas is carefully processed with the implementation of ultra-modern technology under the supervision of qualified professionals following international quality norms. Furthermore, this Compressed Oxygen is also used for medical purposes thus, widely preferred in hospitals, health care centers, etc.

Features:

Highly effective
Pure
Non toxic
Colorless and odorless

Versatile Applications Across Sectors

Compressed Oxygen is indispensable in various industries, from serving as a life-saving breathing gas in medical facilities, to supporting precision cutting and welding in steel and glass manufacturing, and enabling crucial processes in chemical and aerospace fields. Its adaptability and reliability make it a cornerstone in both laboratory and large-scale industrial operations.

Advantages of High-Purity Oxygen

With a minimum purity of 99.5%, our compressed oxygen guarantees minimal impurities, which is essential for sensitive applications such as medical use and laboratory experiments. The high-pressure cylinder ensures large volume delivery (7 m per cylinder), reducing the frequency of replacement and handling, and increasing operational efficiency.

FAQs of Compressed Oxygen:

Q: How is compressed oxygen supplied for industrial and medical applications?

A: Compressed oxygen is delivered in high-pressure steel cylinders, each filled to up to 200 Bar and containing 7 m per 47 kg cylinder. This packaging facilitates safe storage and transport, catering to both industrial and medical requirements.

Q: What are the main benefits of using 99.5% pure compressed oxygen in various industries?

A: The high purity (minimum 99.5%) of compressed oxygen supports critical processessuch as ensuring safe breathing in healthcare, achieving clean and effective cuts in metalwork, and maintaining strict laboratory standardswhere contaminants can compromise results and safety.

Q: When should compressed oxygen be deployed in medical settings?

A: Compressed oxygen is administered whenever patients experience oxygen deficiency or require respiratory support, as prescribed by medical professionals. It is also vital in emergency, surgery, and intensive care environments.

Q: Where is compressed oxygen typically utilized outside of medical fields?

A: Outside healthcare, compressed oxygen is widely used in industries like welding, glass, steel, chemical processing, aerospace, and laboratories for functions such as cutting, welding, combustion support, and facilitating chemical reactions.

Q: What is the process for handling and using high-pressure oxygen cylinders safely?

A: Proper handling involves securing cylinders upright, avoiding impact, using appropriate regulators, and ensuring operation in well-ventilated areas. Personnel should be trained in safe practices, as oxygen under high pressure can intensify combustion hazards.

Q: How does compressed oxygen enhance efficiency in cutting and welding applications?

A: Compressed oxygen supports quicker and cleaner oxidation of metals during cutting and welding, leading to faster processing times, superior cut quality, and reduced fuel consumption compared to atmospheric air.

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