Industrial gas cylinders are essential pressure vessels used to store and transport compressed, liquefied, and dissolved gases for industrial, medical, food and beverage, energy, fire protection, and other applications. Manufacturers around the world produce cylinders in different materials, capacities, pressure ratings, and configurations to meet the requirements of different gases and markets.
Choosing an industrial gas cylinder manufacturer requires more than comparing prices. Buyers should consider cylinder material, working pressure, water capacity, applicable standards, testing procedures, valve configuration, production capability, and the manufacturer’s experience with the destination market.
This guide introduces 11 industrial gas cylinder manufacturers and suppliers from the United States, Europe, Asia, and other international markets. It also explains the main cylinder types and the factors international buyers should evaluate before placing an order.
How We Selected These Industrial Gas Cylinder Manufacturers
This list is intended as an industry overview rather than a ranking based on independent product testing. The manufacturers were selected based on their involvement in gas-cylinder manufacturing, product range, manufacturing capabilities, industrial applications, international presence, and relevance to buyers sourcing gas cylinders.
Because gas cylinders are regulated pressure vessels, buyers should independently confirm the current certifications, approvals, specifications, and market eligibility of any manufacturer before purchasing.
Industrial Gas Cylinder Manufacturer Comparison
| Manufacturer | Country / Region | Main Cylinder Focus | Typical Applications |
|---|---|---|---|
| Worthington Industries | USA / International | Steel and composite gas containment | Industrial gases, energy, transportation |
| Faber Industrie | Italy | Steel and composite high-pressure cylinders | Industrial, medical, food and beverage, CNG, hydrogen |
| Luxfer Gas Cylinders | UK / USA / Canada | Aluminium and composite cylinders | Industrial, medical, SCBA, beverage, specialty gases |
| Everest Kanto Cylinder | India / International | Steel, aluminium and composite cylinders | Industrial gases, medical gases, CNG and specialty applications |
| Chart Industries | USA / International | Industrial and cryogenic gas storage systems | Industrial gases, cryogenic applications, clean energy |
| Norris Cylinder | USA | Steel and acetylene cylinders | Industrial, medical, food and beverage, fire protection |
| Vítkovice Cylinders | Czech Republic | Seamless steel cylinders | Industrial gases, CNG, hydrogen |
| eurocylinder systems AG | Germany | Seamless high-pressure steel cylinders | Compressed, liquefied and pressurised gases |
| Catalina Cylinders | USA | Aluminium and specialty cylinders | Industrial, medical, specialty gases, beverage CO2 |
| SK CYLINDER | Japan | Welded and seamless gas cylinders | Industrial, semiconductor, medical and specialty gases |
| DSW Industry | China | Industrial gas cylinders | Industrial, medical, food and beverage, fire protection |
11 Leading Industrial Gas Cylinder Manufacturers and Suppliers
1. Worthington Industries
Worthington Industries is an established manufacturer of pressure and gas-containment products serving industrial and energy-related markets. Its experience includes steel and composite pressure-cylinder technologies and applications where reliable gas containment is required.
Main focus: Gas containment, pressure cylinders, and industrial applications.
Why buyers may consider it: Worthington has a long history in pressure-related manufacturing and serves multiple international industrial markets.
2. Faber Industrie
Faber Industrie is an Italian manufacturer specialising in high-pressure gas cylinders and systems. Its product range covers different cylinder constructions, including seamless steel and composite designs, for industrial and specialised gas applications.
Faber’s cylinder portfolio includes Type 1 steel cylinders as well as Type 2, Type 3, and Type 4 composite configurations. Applications include industrial gases, medical gases, food and beverage, hydrogen, CNG, fire-fighting, and breathing apparatus.
Main focus: High-pressure steel and composite gas cylinders.
Typical applications: Industrial gases, medical gases, hydrogen, CNG, food and beverage, fire protection, and breathing equipment.
3. Luxfer Gas Cylinders
Luxfer Gas Cylinders is an international manufacturer specialising in aluminium and composite gas cylinders. Its manufacturing network covers multiple locations and supports applications including alternative fuels, specialty gases, medical gases, beverage gases, SCBA, SCUBA, and aerospace-related applications.
Luxfer is particularly relevant when low weight is an important consideration. Aluminium and composite cylinder designs can provide advantages in applications where portability and weight reduction are important.
Main focus: Aluminium and composite gas cylinders.
Typical applications: Medical gases, specialty gases, industrial gases, SCBA, SCUBA, beverage, and alternative fuels.
4. Everest Kanto Cylinder
Everest Kanto Cylinder, commonly known as EKC, is an established manufacturer of high-pressure gas cylinders serving international markets. Its product portfolio includes industrial gas cylinders and other high-pressure cylinder solutions for industrial gases, medical applications, alternative fuels, and specialised gas storage.
Main focus: High-pressure steel, aluminium, and composite cylinder solutions.
Typical applications: Industrial gases, medical gases, CNG, hydrogen, and specialty applications.
5. Chart Industries
Chart Industries is a global manufacturer of engineered equipment for industrial gases, cryogenic applications, clean energy, and related gas infrastructure. Its packaged-gas portfolio includes liquid cylinders and other gas storage products used for gases such as nitrogen, oxygen, argon, carbon dioxide, and nitrous oxide.
Chart is particularly relevant for buyers whose requirements extend beyond conventional compressed-gas cylinders into cryogenic liquid storage and gas supply systems.
Main focus: Industrial gas equipment, liquid cylinders, and cryogenic storage solutions.
Typical applications: Industrial gases, healthcare, laboratories, clean energy, and cryogenic gas supply.
6. Norris Cylinder
Norris Cylinder is a US manufacturer focused on gas cylinders and pressure containers. Its product range includes steel cylinders for industrial and specialised gas applications as well as acetylene cylinders.
Norris serves applications including industrial gases, medical gases, food and beverage, fire protection, breathing air, and other gas-storage requirements.
Main focus: Steel industrial gas cylinders and acetylene cylinders.
Typical applications: Industrial gases, medical gases, food and beverage, fire protection, and breathing air.
7. Vítkovice Cylinders
Vítkovice Cylinders is a Czech manufacturer specialising in seamless steel cylinders and high-pressure gas storage products. Its products are used for industrial gases and other high-pressure gas applications, including CNG and hydrogen-related systems.
Main focus: Seamless steel gas cylinders.
Typical applications: Industrial gases, CNG, hydrogen, and high-pressure gas storage.
8. eurocylinder systems AG
eurocylinder systems AG is a German manufacturer specialising in seamlessly manufactured high-pressure steel cylinders. Its products are designed for the storage and transportation of compressed, liquefied, and pressurised gases.
The company’s product range covers high-pressure steel cylinders in different diameters and capacities, making it relevant to industrial gas applications requiring conventional steel pressure vessels.
Main focus: Seamless high-pressure steel cylinders.
Typical applications: Compressed gases, liquefied gases, pressurised gases, and industrial gas storage.
9. Catalina Cylinders
Catalina Cylinders is a US manufacturer known for aluminium and specialty gas cylinders. Its products are used in a broad range of applications, including industrial gases, medical gases, specialty and calibration gases, beverage carbon dioxide, fire and rescue equipment, and diving.
Aluminium cylinders can be attractive where low weight and corrosion resistance are important considerations.
Main focus: Aluminium gas cylinders and specialised cylinder products.
Typical applications: Industrial gases, medical oxygen, specialty gases, beverage CO2, fire and rescue, and diving.
10. SK CYLINDER
SK CYLINDER is a Japanese manufacturer of high-pressure gas cylinders with manufacturing capabilities covering both welded and seamless cylinder designs. The company supplies cylinders for a range of industrial applications and also develops specialised cylinders for high-purity and semiconductor gases.
Its product range includes seamless steel cylinders, stainless steel cylinders, welded cylinders, acetylene cylinders, and other specialised gas containers. Custom designs can also be developed according to gas characteristics, capacity, material, pressure, and application requirements.
Main focus: Welded and seamless high-pressure gas cylinders.
Typical applications: Industrial gases, semiconductor gases, medical gases, acetylene, specialty gases, and high-purity gas applications.
11. DSW Industry
DSW Industry manufactures and supplies industrial gas cylinders and related gas storage products for international customers. Our product range is designed for applications including industrial gases, medical gases, food and beverage, fire protection, and other compressed-gas requirements.
Depending on the project, cylinders can be supplied in different capacities, materials, working pressures, valve configurations, and technical specifications. DSW works with international buyers, distributors, and industrial customers requiring gas cylinders for different markets and applications.
Main focus: Industrial gas cylinders and customised gas storage solutions.
Typical applications: Industrial gases, medical gases, food and beverage, fire protection, and other compressed gas applications.
Explore our compressed gas cylinder product range or contact DSW for project-specific cylinder requirements.
Types of Industrial Gas Cylinders
Industrial gas cylinders can be classified according to their construction material, manufacturing method, pressure rating, gas characteristics, and application.
Seamless Steel Gas Cylinders
Seamless steel cylinders are widely used for compressed industrial gases because of their strength and suitability for high-pressure service. They are commonly used for oxygen, nitrogen, argon, hydrogen, helium, and other gases, depending on the cylinder specification and applicable standards.
Seamless steel cylinders are available in different water capacities and working pressures. Buyers should select the specification according to the gas, filling conditions, service pressure, temperature, and destination-market requirements.
See our seamless steel gas cylinders for more information.
Aluminium Gas Cylinders
Aluminium cylinders are lighter than comparable steel cylinders and offer good corrosion resistance. They are commonly used for medical gases, specialty gases, beverage applications, fire protection, diving, and portable gas supply systems.
Aluminium is particularly useful where cylinder weight affects handling, transportation, or portability.
Composite Gas Cylinders
Composite gas cylinders use fibre-reinforced materials to reduce weight while providing the pressure performance required for the intended application. Different composite designs use different liner and reinforcement technologies.
Composite cylinders are often considered for applications where low weight, portability, and handling efficiency are important.
Acetylene Cylinders
Acetylene cylinders use a specialised construction because acetylene is stored in a dissolved state rather than simply as a compressed gas. These cylinders contain a porous mass and solvent system designed to safely contain the gas.
Acetylene cylinders should only be manufactured, filled, inspected, and handled according to the applicable requirements for dissolved acetylene service.
Large and Jumbo Gas Cylinders
Large-capacity cylinders and jumbo cylinders are used when customers require greater gas storage capacity while maintaining a cylinder-based supply system. They can be used in industrial gas distribution, gas recovery, bulk gas supply, and other high-consumption applications.
The appropriate capacity depends on gas consumption, transportation requirements, filling infrastructure, available installation space, and applicable regulations.
How to Choose an Industrial Gas Cylinder Manufacturer
Choosing an industrial gas cylinder manufacturer should begin with the technical requirements of the application rather than price alone.
1. Confirm the Required Gas
The gas being stored is one of the most important factors. Oxygen, nitrogen, argon, carbon dioxide, hydrogen, acetylene, and specialty gases can require different cylinder materials, internal finishes, valves, pressure ratings, or manufacturing controls.
2. Check Working Pressure and Water Capacity
Buyers should distinguish between water capacity, working pressure, test pressure, and the actual amount of gas that can be stored. These specifications should be clearly defined before ordering.
For a detailed comparison of cylinder capacities and dimensions, see our gas cylinder sizes guide.
3. Confirm the Applicable Standard
Gas cylinders are regulated pressure vessels, and the applicable requirements depend on the cylinder design and destination market. Buyers may encounter standards and regulatory systems such as DOT, TPED, EN, ISO, or other national requirements.
Always confirm which standard and certification are required for the market where the cylinders will be filled, transported, and used.
4. Evaluate Manufacturing Technology
Ask whether the manufacturer produces seamless steel, welded steel, aluminium, composite, or specialised cylinders. The manufacturing method should be appropriate for the required gas and pressure conditions.
5. Review Quality Control and Testing
A qualified manufacturer should have established quality-control procedures covering raw materials, forming, heat treatment where applicable, dimensional inspection, pressure testing, surface inspection, marking, and final inspection.
For international purchases, buyers should also request the relevant inspection records, certificates, test reports, and traceability documentation.
6. Check Valve and Accessory Requirements
The valve connection should be compatible with the gas, filling equipment, regulator, and destination market. Buyers should specify valve type and connection requirements before production begins.
7. Consider Production Capacity and Lead Time
For distributor and industrial projects, production capacity can be as important as the technical specification. Ask the manufacturer about standard production capacity, monthly output, tooling requirements, production lead time, and the ability to support repeat orders.
8. Evaluate Export Experience
International buyers should consider whether the manufacturer has experience supplying cylinders to the destination market. Export experience can simplify documentation, packaging, inspection, shipping preparation, and communication between the manufacturer and purchasing team.
What International Buyers Should Check Before Ordering Gas Cylinders
Before placing a purchase order, prepare a technical specification sheet covering the key requirements of the cylinder.
- Gas type: oxygen, nitrogen, argon, CO2, hydrogen, acetylene, specialty gas, etc.
- Water capacity: required cylinder internal volume.
- Working pressure: required service pressure.
- Test pressure: according to the applicable standard.
- Material: steel, aluminium, composite, stainless steel, or other specified material.
- Valve: valve type and connection standard.
- Standard: applicable ISO, EN, DOT, TPED, or national requirement.
- Surface treatment: painting, coating, polishing, or other requirements.
- Marking: required permanent cylinder markings and labels.
- Inspection: third-party inspection or specific test documentation if required.
- Quantity: initial order quantity and expected repeat-order volume.
- Destination: country and intended application.
Providing these details to the manufacturer at the quotation stage can reduce misunderstandings and help suppliers provide more accurate technical and commercial proposals.
Industrial Gas Cylinder Manufacturing Process
The exact manufacturing process depends on the cylinder type and material, but seamless steel cylinders generally involve material preparation, forming, heat treatment, machining, inspection, testing, surface treatment, marking, and final quality control.
For buyers evaluating a manufacturer, understanding the production process can help identify whether a supplier has the appropriate manufacturing technology and quality-control system.
Read our detailed gas cylinder manufacturing process guide for more information.
Industrial Gas Cylinder Applications
Industrial Manufacturing
Industrial gases such as oxygen, nitrogen and argon are used in welding, cutting, heat treatment, metal processing, chemical manufacturing, and other industrial processes.
Medical Applications
Medical gas cylinders are used for oxygen and other medical gases in hospitals, clinics, emergency services, and healthcare facilities. Medical cylinders may have additional requirements for cleanliness, materials, valves, markings, and certification.
Food and Beverage
Carbon dioxide and nitrogen are widely used in beverage dispensing, carbonation, food packaging, and food processing. Cylinder specifications should be suitable for the intended gas and food-related application.
Fire Protection
Specialised gas cylinders can be used in fire suppression and fire protection systems. The cylinder, valve, pressure rating, and extinguishing agent must be compatible with the specific system design and applicable requirements.
Energy and Alternative Fuels
High-pressure cylinders are also used in alternative-fuel applications such as CNG and hydrogen. These applications can require specialised materials, pressure ratings, testing procedures, and regulatory approvals.
For larger gas-storage requirements, see our industrial gas storage solutions.
Why Choose DSW for Industrial Gas Cylinders?
DSW provides industrial gas cylinder manufacturing and supply solutions for international B2B customers. Rather than offering only one standard cylinder configuration, DSW can work with buyers to determine the appropriate cylinder capacity, material, pressure rating, valve configuration, and applicable technical requirements.
Our product focus includes gas cylinders for industrial gases, medical applications, food and beverage, fire protection, and other compressed-gas applications.
For distributors and industrial purchasing teams, the objective is to provide a cylinder specification that is technically appropriate for the application and practical for the target market.
When requesting a quotation, provide the gas type, required capacity, working pressure, applicable standard, valve requirement, quantity, and destination market whenever possible.
Contact DSW to discuss your industrial gas cylinder requirements.
Conclusion
The industrial gas cylinder market includes manufacturers specialising in seamless steel cylinders, aluminium cylinders, composite cylinders, acetylene cylinders, cryogenic products, and other specialised gas-storage solutions.
The best manufacturer for a particular project depends on the gas, pressure, capacity, material, applicable regulations, required certification, quantity, and destination market. Buyers should therefore compare manufacturers based on technical suitability and quality requirements rather than price alone.
DSW supplies industrial gas cylinders for international B2B customers and can work with distributors, gas companies, and industrial purchasing teams on standard and project-specific requirements.
TECHNICAL FAQs
FAQs About Industrial Gas Cylinders
An industrial gas cylinder is a pressure vessel designed to store and transport compressed, liquefied, or dissolved gases for industrial and commercial applications.
Industrial gas cylinders can be manufactured from steel, aluminium, composite materials, stainless steel, or other specialised materials depending on the gas, pressure, application, and applicable standards.
Common gases include oxygen, nitrogen, argon, helium, carbon dioxide, hydrogen, and acetylene. The cylinder design must be appropriate for the specific gas and its storage characteristics.
Water capacity is the internal volume of the cylinder expressed as the volume of water it can hold. It is not the same as the quantity of gas contained in the cylinder. Gas capacity depends on the gas type, filling pressure, temperature, and other conditions.
Evaluate the manufacturer’s product range, manufacturing technology, applicable standards, quality-control system, testing capabilities, production capacity, export experience, and ability to meet your required cylinder specifications.
Depending on the manufacturer and cylinder type, customised options may include capacity, diameter, length, material, working pressure, valve configuration, surface treatment, markings, and other technical requirements.
Yes. Industrial gas cylinders are traded internationally, but the required design, certification, testing, markings, valve configuration, and documentation depend on the destination market and intended application.
At minimum, provide the gas type, water capacity, working pressure, applicable standard, valve requirement, quantity, destination country, and intended application. Additional information such as dimensions, surface treatment, colour, marking, and inspection requirements can help the manufacturer prepare a more accurate quotation.
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