All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(558 products available)
Ready to Ship
Oxygen cylinders come in diverse types, where each type is constructed to distinct requirements and usages.
Standard Cylinders
Usually, common medical oxygen cylinders are manufactured from aluminium alloy or steel. Most importantly, they are meant to hold oxygen in a liquid state and are frequently utilized in hospitals and clinics to give oxygen to patients. Typically, a 6-liter standard cylinder measures 59.5cm in height and 14cm in diameter. It is normally red in colour and carries a medical insignia of green. Further, the working pressure is approximately 137 bars. Usually, these cylinders are fitted with a yoke valve, which comes with a distinct stamped pin to avert erroneous gas mixtures.
Portable cylinders
Often, portable oxygen cylinders are smaller and lighter than normal ones. Most importantly, aluminium or carbon composite makes this type of cylinder, thus enabling portability. Additionally, they serve patients requiring supplementary oxygen to be mobile, such as home care or during travels. This cylinder's dimensions, usually 6 liters, may differ in design. The painted material normally has a pressure of around 150-200 bars. Check valves are often fitted with pressure regulators that consumers can easily manage.
Emergency oxygen cylinders
Emergency oxygen is stored in these emergency cylinders, mainly for use in rescue missions or as backup for medical facilities in emergencies. Made mostly from steel or composite materials, these cylinders are built to hold high-pressure oxygen, thus increasing its safety. In addition, a typical 6-liter emergency cylinder's height measures 60cm, and its width measures 16cm. Often, it has a working pressure of 200 bars. Orange or yellow is the most commonly used colour for such cylinders, indicating caution. Usually, the emergency oxygen cylinder valve is fitted with a simple opening design to allow oxygen flow easily when required. Hence, emergency oxygen cylinders are rugged but compact for exigent circumstances.
Industrial Oxygen Cylinders
Commonly, such oxygen cylinders are employed in welding and cutting procedures due to the demand for high oxygen concentration. Usually, they are produced using steel alloys with higher strength to encompass the high-pressure environment. Typically, a 6L-oxygen cylinder for industrial use has a height of about 60cm and a width of 16cm. In addition, the working pressure goes around 200 bars. Often, these cylinders are blue in colour, showing the oxygen inside, and equipped with a relief valve to protect excess pressure. Normally, these are constructed to be more durable and withstand tougher working conditions without compromising safety.
Diverse industries utilize oxygen tanks, therefore increasing their commercial value.
Healthcare
Oxygen cylinders are widely used in the medical field. Usually, they are used to treat patients with respiratory disorders. Ideally, oxygen therapy aids patients suffering from COPD, pneumonia, and other breathing difficulties. In addition, these cylinders are portable and easily moved from one department to another or during patient transport. Hospitals and clinics purchase these cylinders from suppliers in bulk to ensure a steady oxygen supply for uninterrupted operations.
Home Healthcare
Oftentimes, home-based care services employ several oxygen cylinders to treat patients who need long-term oxygen therapy. Such patient ease of use enables them to live more active lives. On the flip side, these healthcare services choose lightweight, portable cylinders that can be easily moved around the house. Usually, the demand comes in large sets for residential monitoring, hence making wholesale purchases vital in minimizing expenses and maximizing profitability.
Aerospace and Aviation
Conventionally, oxygen is a critical element in the aviation and space sectors. It is used by crew members in case of pressure drops or at high altitudes. These industries require cylinders designed under rugged standards, thus ensuring reliability in emergencies. Additionally, due to limited spaces in most aircraft, the demand for smaller, lightweight cylinders has increased. Usually, these industries buy in bulk to guarantee consistent availability, particularly for expeditions or lengthy flights.
Industrial and Commercial Diving
Diving operations depend largely on oxygen cylinders. Usually, these are employed during underwater examinations and constructions. In addition, oxygen is mixed with other gases for breathing at deeper depths. Dependably, diving firms get these cylinders from wholesale suppliers to offset their considerable daily requirement. More importantly, the cylinders are designed to withstand extreme pressure and are also manufactured from strong materials to compliment their durability.
Welding and Metal Cutting
Commonly, oxygen cylinders are used as an oxidiser in acetylene for cutting and welding. Standardly, oxygen increases the flame's intensity, allowing for easy metal cutting and shaping. In addition, construction companies and metalworking workshops rely on a steady oxygen supply, hence procuring these cylinders in bulk. These industries have larger cylinders since they require more oxygen for extended periods of operation.
Emergency Services
Cylinders provide supplemental oxygen for emergency medical services, fire departments, and rescue operations. To illustrate, EMS personnel employ these cylinders during patient transportation from one place to another. Conversely, cylinders are used by firefighters in toxic areas. Because of the usage volume and time sensitivity, emergency services rely on dependable wholesale sources to meet their needs.
Oxygen tanks possess a myriad of benefits that boost their efficacy, safety, and practicality.
Convenient Size for Mobility
This 6-liter size makes it portable for emergencies and home care. It weighs around 5-7 kg, easy to carry or transport. Smaller than larger tanks yet still holds enough oxygen for extended use. This balance of capacity and dimensions fits normal doorways and car trunks. Therefore, movement during medical transport, outdoors, or emergencies becomes seamless.
Regulated Pressure for Steady Flow
Usually, the cylinder comes equipped with a pressure regulator that guarantees a steady output of oxygen. Most importantly, this steadiness is critical, particularly in medical settings where patients require a stable oxygen flow for effective treatment. Thus, regulated flow reduces the danger of pressure surges, thus ensuring the system operates smoothly and safely.
High Durability and Safety
Commonly, 6L oxygen cylinders are constructed with solid metals like steel or aluminum. Thus, these materials make the tanks bear huge pressures, ensuring the oxygen remains securely stored. Also, these tanks are designed with numerous safety elements, such as pressure relief valves, which avert any prospective danger. Normally, these safety features protect the users and add to the general reliability of the oxygen distribution system.
Versatile Applications
Typically, these cylinders are mainly used in medical facilities, homes, and emergencies. Also, they are useful to patients with breathing difficulties, especially at home or on transportation. Further, they are deployed by first responders for quick medical assistance in emergencies. Even more, their usability across such diverse fields makes them a necessary tool for both prophylactic and eccentric use.
Environmentally Safe Finish
Normally, a 6-liter oxygen cylinder's exterior finish is typically created using powder-coated or anti-corrosive elements. Usually, these parts are designed to avoid corrosion and other environmental dangers, such as moisture and dust. Moreover, the safety of the people around the cylinder is ensured by the anti-corrosive finish. It aids in availing an environment where oxygen is securely handled since it minimizes the hazards of cylinder degradation and hence jeopardises safety.
Choosing the right oxygen tank includes different factors depending on the customer's intent and practicality.
Material Composition
Usually, the 6L oxygen cylinder is manufactured using steel, aluminium, or composite materials. Ideally, steel cylinders provide long-term service; they are durable, heavy, and require extra work. Further, the lightweight features of aluminium make it an ideal option for home and transportation use. Also, composite materials are lighter than aluminium and provide enhanced portability and strength.
Maintenance needs
Maintenance needs
Cylinders also require maintenance to guarantee long-term efficacy. Generally, steel tanks have to be checked frequently for corrosion and may need painting or re-coating. Aditionally, aluminium tanks are relatively low in maintenance; they do not corrode but need occasional cleaning. Usually, composite cylinders have the lowest maintenance needs; they need visual inspections only for signs of wear.
Weight and portability
Weight and portability are critical when selecting the oxygen tanks. Commonly, lighter materials like aluminium and composites are more portable than heavy steel. Often, this mobility is beneficial for emergency response, home care, or transportation scenarios. Usually, assess the weight, especially for locations requiring movement frequently, and choose the material that best fits the mobility needs.
Pressure rating and size
Usually, all these factors ensure safe and efficient oxygen delivery. Often, a 6-liter cylinder provides an extended oxygen supply for patients requiring long-term therapy. Commonly, these cylinders have standard pressure ratings, normally around 2000 psi. Therefore, this varies with the material used. Additionally, ensure the pressure rating is compatible with the existing oxygen regulators and equipment in use.
Cost considerations
Cost also comes in handy when selecting an oxygen tank. Additionally, steel tanks are more affordable than the rest, despite the composite being the most expensive due to the manufacturing materials and process. More importantly, consider long-term expenses for maintenance and lifespan. Normally, low-maintenance tanks like composites save money in the long run despite the initial costs; thus, balancing upfront costs with long-term use is key to making an economical decision.
A1: Oxygen cylinders are commonly used in medical emergencies, industrial welding, and breathing apparatus. In medical scenarios, oxygen is a critical element for patient transportation and oxygen therapy.
A2: The lifespan of an oxygen cylinder is majorly determined by the material and the maintenance it gets over time. Often, steel cylinders last for 20-30 years, while aluminium cylinders last 15 years. Sometimes, composite cylinders have a lifespan of a maximum of 15 years.
A3: Yes, ideally, these tanks are manufactured to be securely refilled with medical-grade oxygen. However, refurbishment must be carried out by qualified personnel in a regulated environment.
A4: To an oxygen cylinder to be durable, it should ideally be manufactured using strong materials such as steel or aluminium. Besides, composite cylinders are sometimes added for extra durability.
A5: To maintain the safety of oxygen tanks, avoid exposing them to direct heat and keep them in a cool area. In addition, inspect the tanks regularly for leaks or damages. Also, ensure that there are no flames near the tank to avoid explosive scenarios.
