High Purity Gas Cylinder

High Purity Gas Cylinder

Product Details:

  • Vapor Density Dependent on gas (e.g., CO2: 1.53, Air=1)
  • Purity 99.995% to 99.9999%
  • Pressure 150 Bar, 200 Bar, or 300 Bar (Max)
  • Industries Medical, Laboratory, Semiconductor, Chemical, Research
  • Air Gases Oxygen, Nitrogen, Argon, Carbon Dioxide
  • Noble Gases Neon, Krypton, Xenon, Argon, Helium
  • Elemental Gases Hydrogen, Nitrogen, Oxygen, Helium
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High Purity Gas Cylinder Product Specifications

  • Medical, Laboratory, Semiconductor, Chemical, Research
  • 10 kg to 80 kg (empty cylinder), Depends on size
  • Oxygen, Nitrogen, Argon, Carbon Dioxide
  • Neon, Krypton, Xenon, Argon, Helium
  • Hydrogen, Nitrogen, Oxygen, Helium
  • Dependent on gas (e.g., CO2: 1.53, Air=1)
  • 99.995% to 99.9999%
  • 150 Bar, 200 Bar, or 300 Bar (Max)
  • . Gram per cubic centimeter(g/cm3)
  • 1 Litre to 50 Litre

Product Description

High Purity Gas Cylinder

We are traders of  special  industrial gases cylinders in an innovative range. The various gases, which can be used to fill up the cylinders are: oxygen, hydrogen, nitrogen, argon, nitrous oxide, carbon monoxide, helium, compressed air, medical oxygen and many more others.



Versatility Across Industries

These gas cylinders are engineered to serve multiple sectors, including medical applications needing life-saving gases, laboratories conducting precise analyses, semiconductor manufacturing, and specialized chemical or research facilities. The wide selection of gases and variable cylinder sizes provide optimal efficiency for distinct operational requirements.


Assured Purity and Safety

Supplied with ultra-high purity levels reaching up to 99.9999%, the cylinders are matched with rigorous quality checks and certifications. This ensures the gases maintain their integrity, supporting critical applications like semiconductor fabrication and medical respiratory systems, where contaminants must be minimized.


Convenient Sizing and Pressure Options

With empty weights between 10 kg and 80 kg and volumes spanning 1 to 50 litres, these cylinders cater to both small-scale and large-scale processes. Pressure ratings up to 300 Bar offer flexible storage and usage solutions for high-demand environments, optimizing both safety and performance.

FAQs of High Purity Gas Cylinder:


Q: How are high purity gas cylinders used in the medical and laboratory industries?

A: High purity gas cylinders provide essential gases like Oxygen, Nitrogen, or Helium for hospital respiratory equipment, anesthesia, and laboratory instrumentation. Their purity ensures accurate diagnostics and safe patient care in medical settings, as well as reliable experimental results in research and analytical laboratories.

Q: What determines the cylinder size and pressure needed for my application?

A: The appropriate cylinder size and pressure depend on your required gas volume, desired concentration, and the specific consumption rate of your process. For high-volume or continuous use, larger cylinders (up to 50 litres, 80 kg empty) and higher pressures (200 to 300 Bar) are recommended, while smaller-scale laboratories may find compact options sufficient.

Q: When should I request ultra-high purity gas (99.9999%) instead of standard purity?

A: Ultra-high purity gases are ideal when even trace impurities affect outcomes, such as in semiconductor manufacturing, sensitive research experiments, or critical medical procedures. For routine industrial usage where minor contaminants are less impactful, standard high purity (99.995%) may be suitable.

Q: Where are these high purity gas cylinders sourced or distributed?

A: The cylinders are supplied and traded by reputable vendors across India, ensuring local accessibility and prompt delivery. This localized distribution supports fast service and compliance with regional safety and quality regulations.

Q: What processes are in place to maintain the purity of gases within the cylinders?

A: Gas cylinders undergo stringent cleaning, integrity testing, and are filled using advanced technologies within contamination-controlled environments. Regular inspections and certifications help ensure gases retain the specified purity from fill station to end user.

Q: How do high purity gases benefit semiconductor and research industries?

A: In the semiconductor sector, high purity gases prevent defects and enhance yield in chip fabrication by eliminating unwanted chemical reactions. For research, they offer consistent baselines for experiments, allowing for accurate, reproducible results across diverse scientific investigations.

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