Argon Gas Cylinder

Argon Gas Cylinder Specification

Pressure
150-200 Bar (Tested up to 250 Bar)

Temperature
-20C to +60C operating range

Wall Thickness
5.5 mm to 7 mm

Capacity
46.7 Litres (water capacity), typical fill ~7 m3 Argon

Material
High Strength Steel (Type 34CrMo4 or 37Mn)

Structure
Seamless Steel

Dimensions
Length: 1400 mm; Diameter: 232 mm (standard)

Seals Type
Brass Valve with EPDM/PTFE Seals

Weight
Approx. 50-60 kg (empty, per cylinder)

Empty Cylinder Weight
~50 kg

Cylinders Per Pallet
8 - 12 (for standard bulk)

Filling Ratio
1:10 (standard for gases)

Storage Condition
Cool, Dry, Well-Ventilated Place

Gas Purity
99.998% Minimum (typical for Argon)

Surface Finish
External Painted, Internal Cleaned and Dry

Transportation
Can be transported vertically or horizontally (as per safety norms)

Manufacturing Process
Hot Spun Seamless process

Valve Outlet Thread
IS:3224 / BS:341 / DIN standard

Usage/Application
Welding, Laboratory, Industrial Processes

Test Pressure
250 Bar

Colour
Blue (as per industry standard for Argon)

Markings
Stamped with Manufacturer, Serial No., Capacity, Test Pressure, and Year of Manufacture

Service Life
15-30 Years (subject to regular testing and recertification)

Argon Gas Cylinder About

Argon cylinder.....................................................................................................................................................................................

Industry-Leading Argon Gas Purity and Safety

Every cylinder delivers Argon gas at a minimum purity of 99.998%, suitable for critical applications in welding, laboratories, and advanced industrial processes. Manufactured from high-strength steel with a seamless, hot spun design, these cylinders undergo rigorous cleaning and pressure tests up to 250 Bar, guaranteeing safe usage in demanding environments.

Durable and Traceable Construction

The blue external finish is not only industry standard for Argon but also offers corrosion resistance. Key information-manufacturer, serial number, capacity, test pressure, and year of manufacture-is permanently stamped on each cylinder. With proper regular recertification, expect a service life of 15-30 years.

Flexible Storage and Transportation Solutions

Designed for convenience and safety, cylinders can be transported and stored either vertically or horizontally, following approved safety norms. Each cylinder is part of a standard pallet (8-12 per pallet), facilitating efficient handling and bulk delivery. Always store in a cool, dry, well-ventilated place for optimal longevity and safety.

FAQ's of Argon Gas Cylinder:

Q: How should Argon gas cylinders be stored for optimal safety and longevity?

A: Store Argon cylinders in a cool, dry, and well-ventilated area, away from sources of heat and direct sunlight. Ensure the cylinders are secured to prevent falling, and follow vertical or horizontal placement guidelines per safety regulations. This helps maintain gas integrity and extends the cylinder's service life.

Q: What is the recommended process for transporting Argon gas cylinders?

A: Transportation can be done either vertically or horizontally, provided all safety guidelines are met. Secure the cylinders during transit to prevent rolling or impact. Use suitable trolleys or pallets (8-12 cylinders per pallet) for bulk shipments, and always check that the valve protection caps are in place.

Q: When is it necessary to conduct testing or recertification of the cylinder?

A: Periodic testing and recertification are essential and typically required every few years as per local regulations. This includes hydrostatic pressure testing up to 250 Bar to ensure structural integrity. Regular maintenance and testing can extend the service life to 15-30 years.

Q: Where can Argon gas cylinders be used most effectively?

A: These cylinders are ideal for welding, laboratory work, and various industrial processes that demand high-purity Argon. Their construction and purity rating make them suitable for both precise scientific applications and heavy-duty industrial use.

Q: What are the benefits of the hot spun seamless manufacturing process?

A: The hot spun seamless process ensures high strength and uniform wall thickness (5.5 mm to 7 mm), minimizing the risk of leaks and structural failure, which is essential for containing high-pressure gases safely.

Q: How is gas purity maintained in Argon cylinders?

A: Each cylinder undergoes internal cleaning and drying to eliminate contaminants. Strict filling procedures further ensure that the delivered Argon meets the 99.998% purity level required for sensitive applications.

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