• Sharjah Chemical, Sharjah
  • Leading Provider

    Of Marine Chemical Solutions

  • Leading Provider

    Of Marine Chemical Solutions

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Oxygen Gas Cylinder

High Pressure Seamless steel cylinder
1.00No

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SKU: RXSOL-16-6153-040 Category:

Product Description

Brand New, High Pressure Seamless steel cylinder, Indigenous make, Cylinders are ISI marked, confirming IS:7285 specification, Flat bottom fitted with valve as per IS:3224, complete with neck ring & cap, painted as specified under gas cylinder rules 2004.

 

Product Technical bulletin

Description

In combination with Acetylene (C2H2), Oxygen (O2) is used for gas cutting and welding.
Features
 

  • Colourless, odourless and tasteless
  • It is approximately 1.1 times heavier than air
  • Oxygen itself is non-flammable, but it supports combustion
  • It can cause fire or explosion in combustible materials


Benefits
 

  • For your safety, the product is delivered in a Unitor cylinder complete with barcode and unique cylinder serial number.
  • We trace and track all cylinders using the UniTrak system to give you peace of mind

Oxygen O2 supports combustion. Oxygen itself is non-flammable but it supports combustion. It can cause fire or explosion in combustable materials. Avoid that oxygen comes in contact grease,fat and oil. Never use oxygen as substitute for compressed air.

For oxygen the following is valid:

1 nm3 = 1.311 kg
1 kg = 0.763 nm3
1 bar = 14.5 psi
1 nm3 = 35.3 ft3
1 kg = 2.2 lbs

The gas capacity of a cylinder can calculated in two different ways. The most simple method is the water capacity of the cylinder (in litres) multipled by the actual pressure (in bar); the result is the capacity in litres. Although a simple method it is not the most accurate method. A better but much more complex method will give a more accurate value for the gas capacity; it will take the compressability of the gas at both 1 bar and at the actual pressure in consideration and all based on 15 degrees C. The result is often quoted as normal litres or normal cubic metres (nm3). For oxygen the more accurate method will give a slightly higher value as compared to the simple method (6.4 m3 versus 6 nm3)

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