Hydrogen Gas Cylinder

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MOQ : 1 Piece

Hydrogen Gas Cylinder Specification

Purity
99.99% or higher

Boiling point
-252.9C

Vapor Density
0.069 (air=1)

Pressure
Working Pressure: 150 bar; Test Pressure: 250 bar

CAS No
1333-74-0

Industries
Industrial, Laboratory, Chemical, Pharmaceutical

Air Gases
Hydrogen (H2)

Elemental Gases
Yes (Hydrogen is an elemental gas)

Melting Point
-259.2C

Freezing Point
-259.2C

Filling Pressure
150-200 bar

Density
0.0899 Gram per cubic centimeter(g/cm3)

Volume
47 Litres (Water Capacity)

Application
Welding, Metallurgy, Electronics, Chemical Synthesis, Laboratory Use

Weight
47 kg (Cylinder Tare Weight)

Color Code
Red/Maroon or as per IS standards

Standard
IS 7285, ISO 9809

Outer Diameter
232 mm

Wall Thickness
5.4 mm

Height
1350 mm

Cylinder Material
High-quality Seamless Steel

Storage Conditions
Store upright in a cool, dry, well-ventilated area

Hydrostatic Test Pressure
250 bar

Valve Outlet
IS:3224/ BS:341

Safety Cap
Provided for valve protection

Hydrogen Gas Cylinder Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
7 Days

Main Domestic Market
All India

About Hydrogen Gas Cylinder

Hydrogen Gas Cylinder has hydrogen gas that is highly pressurized which can be used for various industrial and scientific purposes. Because the cylinder is supposed to contain a highly flammable gas, it should be made out of durable materials such as steel or composite material. It plays an important role in processes such as hydrogen fueling stations, welding, and semiconductor production. Handling and storage of Hydrogen Gas Cylinder are very important since hydrogen is combustible then the provisions for its transportation as well as use should be made.

Capacity	40 litre
Usage/Application	Industrial
Purity	99%
Grade	Industrial Grade
Chemical Formula	H2
CAS Number	1333740
Molecular Weight	2.016 g/mol

Premium Material and Rigorous Standards

Constructed from seamless, high-quality steel, these cylinders adhere strictly to IS 7285 and ISO 9809 standards. Each unit is carefully hydrostatically tested at 250 bar to guarantee structural integrity and maximum safety, making them ideal for critical operations in scientific and industrial settings.

Versatile Applications and Safety Features

Designed for various sectors including welding, metallurgy, electronics, and laboratory use, these cylinders offer exceptional versatility. The included valve safety cap protects the cylinder outlet, and the color coding (red/maroon or as per IS) ensures easy identification. Every cylinder is engineered for upright storage in cool, dry, and well-ventilated areas, enhancing workplace safety.

FAQs of Hydrogen Gas Cylinder:

Q: How should hydrogen gas cylinders be stored for optimal safety?

A: Hydrogen gas cylinders should always be stored upright in a cool, dry, and well-ventilated area, away from sources of heat and ignition. Proper storage ensures the safety of both personnel and the integrity of the gas.

Q: What is the process for filling and testing these hydrogen cylinders?

A: The cylinders are filled with hydrogen gas at a working pressure of 150 bar and are hydrostatically tested up to 250 bar to meet IS 7285 and ISO 9809 standards, ensuring both safety and performance. Each cylinder is thoroughly inspected before distribution.

Q: When is it necessary to perform regular checks on hydrogen gas cylinders?

A: Regular checks for leaks, valve integrity, and external damage should be conducted before each use. Periodic inspections as per local regulatory requirements are essential to maintain safety and compliance.

Q: Where can these hydrogen gas cylinders be used?

A: These cylinders are suitable for a wide range of industries, including industrial manufacturing, laboratory research, metallurgical processes, chemical synthesis, welding, electronics, and pharmaceutical production.

Q: What are the benefits of using a seamless steel hydrogen gas cylinder with high purity?

A: Seamless steel offers enhanced durability and strength, reducing the risk of gas leaks. High purity hydrogen (99.99% or higher) ensures dependable results in sensitive laboratory and industrial applications, minimizing contamination risks.

Q: How does the safety cap on the cylinder provide protection?

A: The safety cap shields the valve outlet from potential physical damage and contaminants during storage and transportation, thereby helping to prevent accidental gas release and extending the lifespan of the cylinder.

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