All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(1303 products available)
Small Liquid CO2 Cylinders
Small liquid CO2 cylinders are built to hold less than 50 pounds of liquid carbon dioxide. Their compact form, however, retains high pressure through the gas's unique molecular structure. The small cylinders are used, particularly when mobility or workspace is at a premium. Ice blasting tools, for instance, need a small and portable CO2 source, which these cylinders offer. They also find use in niche settings, such as restaurants that need them to carbonate beverages directly.
High-Pressure Liquid CO2 Cylinders
High-pressure liquid CO2 cylinders withstand pressures over 3000 psi. These heavy-duty cylinders are commonly used in industrial applications like metallurgy or focus on chemical processes that require a continuous, stable carbon dioxide supply. The design of the cylinders accommodates the extreme pressure needed for these applications. Consequently, they are made from steel or aluminum alloys. The high pressure among these CO2 cylinders increases the extract's efficiency in agriculture and natural oils.
Large Liquid CO2 Cylinders
Liquid CO2 large cylinders store and hold up to 100 pounds of liquid carbon dioxide. They are commonly used to supply industries that need a constant and commercial-grade CO2 supply in an available quantity. Large CO2 cylinders are ideal for use in large restaurants, food packaging firms, or breweries. They effectively support huge operations that depend on CO2 for food preservation and beverage carbonation. The large storage capacity reduces the frequency of changeover. This enhances workflow efficiency where the primary concern is available resources.
Nil Pressure Liquid CO2 Cylinders
Nil pressure liquid CO2 cylinders are specially designed to hold zero pressure in any circumstance. These exclusive cylinders contain CO2 in liquid form and at normal temperature. This makes them a vital component for any industrial or laboratory use that requires an accurate supply of carbon dioxide without added pressure. Such low pressure helps fine control in fields like agriculture, where CO2 levels need to be monitored closely to avoid overexposure. The creation of nil pressure CO2 cylinders provides an accurate, reliable solution to scientifically monitor CO2 in research and development.
Steel Alloys
Liquid CO2 steel cylinders are usually constructed with durable steel alloys. They withstand extremely high pressures without warping or breaking. The steel frame ensures the cylinder will last. Steel is a favorite for industrial or commercial use due to the aggressive environment's demand for safe containment against high pressure. Steel's resistance to corrosion also means that the cylinder performs safely even when exposed to CO2's acidifying effect over time.
Aluminum Alloys
In this case, aluminum is used to make lighter Liquid CO2 cylinders than steel. Aluminum's non-corrosive properties also help make lighter cylinder variants utilized in areas susceptible to rust and corrosion. Battling both water and other atmospheric corrosion, aluminum alloy cylinders provide an extra robust but lightweight solution ideal for marine or outdoor applications. Its design around portability means that companies can still get enough supply to them.
Copper-Brazed Steel
Copper-brazed steel liquid CO2 cylinders combine the strength of copper-brazed steel with excellent thermal resistance. The copper brazing provides a solid bond between steel pieces, ideally withstanding the stress induced by CO2 pressure and extreme temperatures of liquefied gas. These copper cylinders are terrifically useful in industries that require efficient heat transfer abilities, like refrigeration or food processing. The durability of the steel and the resilience of copper against heat give the ideal containment for efficient operation.
Thermoplastic Composites
With the goal of being exceedingly light yet surprisingly tough, thermoplastic composites are becoming more common in CO2 cylinders. These synthetics are designed to withstand extremely high pressures while providing a cylinder that does not rust and is manageable. Thermoplastic composites are ideal solutions in industries like underwater welding, where the working conditions compromise their integrity. Cylinders withstand conditions without the weight that comes with metal alternatives.
Custom Cylinder Labels
Custom labels of the highest quality can be made for the liquid CO2 cylinder as per the clients' specific needs. These labels are produced with materials that are not easy to tear, ensuring that they do not wear out or become illegible upon wear and tear or misuse. Printed information can be about safety instructions or branding details. It can also be about the types of gas contained that are vital for functioning efficiency and safety. Labels can be made through digital printing or screen printing. Hardened and waterproofing features increase their lifespan.
Color-Coding for Industries
Applying different color bands on cylinders is a standard practice. It helps identify uses across industries quickly and easily. Common customization options so that coloring can conform to industry standards include yellow for food-grade CO2 and blue for beverage mixing. These color designs help both function and enhance aesthetics throughout the workspace. Employees, for instance, will associate the colors and be able to identify the cylinders that fit their work needs easily.
Custom Cylinder Covers
Personalized cylinder covers serve practical and branding purposes. Branding covers protect the cylinder from potential damage caused by physical impact, harsh weather, or any other environmental factors. Several such measures, which add to their durability, include padded designs and water-resistant materials. Companies may opt to print logos, slogans, or any other brand imagery onto the aquariums to market the business as they engage with the public or at different events.
Safety Customizations
Several other safety-related modifications can be made concerning liquid CO2 cylinder customizations. Examples include custom safety instructions and warning decals of quality appropriate for the working environment. These materials are produced in glare-resistant materials for thin-light or low-light situations and in a variety of languages to denote a harsh environment for non-English speakers. Putting these notices at hand will minimize hazards and maximize compliance with safety standards within the utilization environment.
Space Consideration
The available space will determine what liquid CO2 cylinder to buy. Smaller cylinders are more practical in restricted areas, such as small kitchens or laboratories. Large cylinders demand more valuable real estate. These are better when larger spaces tend to have higher utilization rates. Assessing workspace availability before selecting the size guarantees the most efficient and convenient storage and handling.
Material
Liquid CO2 pounds' material varies and offers a lot of different benefits. Steel alloys are the most practical for high-pressure uses, while aluminum is excellent for operations that need low weight. Copper-brazed steel combines the benefits of copper and steel to make an extremely thermally resistant cylinder. This allows one to select the most appropriate material based on working conditions to ensure durability.
Portability Requirements
Various kinds of liquid CO2 cylinders are available depending on portability needs. Carrying a cylinder from one location to the other might be essential for some businesses, such as events that are mobile or underwater divers. In such cases, an aluminum or a thermoplastic composite cylinder may be light, making it easy to carry around. When the cylinder stays at one location, the sheer weight may be inconsequential, so portability may be moot.
Pressure Rating
Liquid CO2 cylinder pressure ratings differ and determine their applicability. Low-pressure cylinders would be sufficient for small-scale activities that do not require huge demands, such as brewing. High-pressure, high-capacity cylinders are better suited for industries that require high demands of CO2, such as chemical processing. Choosing the right pressure rating means the operations would be stable and safe with no compromised functionality.
It combines the strength of steel with additional features that make it great for many industrial applications.
They vary by utility due to the space availability and the amount of CO2 needed by an industry, small or large.
Yes. The thermoplastic composite and aluminum cylinders are light and effective for underwater usage.
High-pressure liquid CO2 cylinders can withstand up to 3000 psi.
A steel CO2 cylinder can last over three decades if properly maintained.
