HandyGas High-Pressure 200 bar Oxygen Cylinders
Refillable high-pressure technical oxygen cylinders, compliant with TPED regulations, available in 5 L and 14 L sizes, complete with valve and protective cap, supplied pre-filled. They use the HandyGas® service for immediate “empty-for-full” exchange, making them ideal for welding, brazing, and professional applications.
Description
HandyGas® High-Pressure Oxygen Cylinders are professional solutions designed to ensure reliability, safety, and uninterrupted operation during oxy-acetylene welding, brazing, cutting, and industrial applications.
Made of refillable steel and compliant with Directive 99/36/EC – TPED, the cylinders contain technical compressed oxygen at a working pressure of 200 bar and undergo testing and stamping according to current regulations. The interior is treated with shot-peening, and the exterior is coated with a protective primer paint to ensure durability and resistance.
Each cylinder comes equipped with an Italian-made valve and a protective cap. Thanks to the HandyGas® service, users can quickly exchange empty cylinders for full ones at authorized GeneralGas/Saldogas centers, without waiting time, maintaining high standards of safety and operational continuity.
Technical features
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Gas: Compressed technical oxygen
Working Pressure: 200 bar
Test Pressure: 300 bar
Cylinder Material: Refillable steel
Regulatory Compliance: Directive 99/36/EC – TPED
Internal Treatment: Shot-peened
External Treatment: Protective primer coating
Valve: Included, Italian-made
Protective Cap: Included
Associated Service: HandyGas® – immediate empty-for-full exchange
Applications: Oxy-acetylene welding, brazing, soldering, industrial applications, and maintenanceAvailable Sizes:
HandyGas® Oxygen Cylinder 5 L – 200 bar
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Gas content: 1 m³ of technical oxygen
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Compact size, ideal for mobile operations and use in confined spaces
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HandyGas® Oxygen Cylinder 14 L – 200 bar
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Gas content: 3 m³ of technical oxygen
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Longer working autonomy, suitable for continuous and professional use
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FAQ
Key solutions include the use of low-GWP natural refrigerants (such as CO₂ and ammonia), highly energy-efficient systems, and heat recovery technologies. These innovations reduce the environmental impact of systems while maintaining high operational performance.
Optimizing energy consumption is a key lever: more efficient systems reduce both operating costs and indirect emissions related to energy production. Advanced control, monitoring, and system design technologies improve overall plant performance.
Companies can address this by reducing refrigerant leaks, recovering and reusing gases, optimizing maintenance, and integrating circular solutions. For example, CO₂ recovery and leak control can reduce emissions and improve system efficiency over the long term.
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HandyGas High-Pressure 200 bar Oxygen Cylinders
