Argon skid

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About argon skid

Types of argon skid

Argon skid refers to a special apparatus for storing and transporting argon gas in liquid form. It is also used for distributing argon gas in a pipeline system under high pressure.

  • Industrial argon skids

    Standard industrial argon skids are usually large storage tanks or containers with certain safety features like pressure relief valves, excess flow valves, and others. An industrial argon skid can provide a large quantity of argon gas for long-term use. This is especially important in some industrial fields with high demand and continuous operation.

  • Mini or portable argon skids

    Mini or portable skids are smaller, mobile storage tanks or cylinders. They can be easily transported or moved around to different locations, providing flexibility and convenience. Portable argon skids are suitable for use in some temporary or mobile working environments.

  • Vacuum insulated argon skids

    These have a double-layer container design. The outer layer is a导thermal insulator, preventing the transfer of heat to keep the liquid argon gas at a stable and low temperature. Vacuum insulated argon skids are suitable for long-term storage and transportation of liquefied gases.

  • Custom argon skids

    These can be made to specific requirements. Customized features may include specific sizes, capacities, pressure ratings, etc. Special argon skids can be made to meet particular industry or application needs.

Specifications and maintenance of argon skids

Specifications

  • Product Dimensions(Overall)

    Width: 6'DeepL: 8' - 20' (depending on tank length)Height: 7'- 10' (depending on tank)

    This is the size of the unit; it does not include the dewar or cylinder.

  • Package Size

    STC one package—6.5' x 8.5' x 10.5'; one skid

  • Thermal insulation

    It is a fiberglass or polystyrene double-walled tank. The argon skid has a dedicated partition to increase the flow rate. The outside temperature ranges from 45°F - 125°F (minimum of 10°F above ambient).

  • Heat trace

    In colder areas, the tank can have a heat trace to prevent the product from freezing.

  • Cleaning

    All internal and external surfaces of the unit can be thoroughly cleaned with warm, soapy water and then dried with a clean cloth.

Maintenance

  • Compressors

    The compressor on the argon skid will require the usual greasing, belt tensioning, cleaning dust from coils, etc. Additionally, air filters should be checked and cleaned weekly or replaced if necessary. Inspect the fan blades and remove any dust or debris. The exhaust area should be kept clean as well, and the drains must be cleared to allow condensate to drain.

  • Soak tanks

    These should be inspected for any unusual leaks.

  • Regulators/flow meters

    Inspect o-rings for wear and clean up the connection threads and replace any damaged o-rings. Ensure there are no leaks at the connection points.

Uses of argon skid

The Argon skid has numerous applications in various industries. The following are some uses of argon skids:

  • Inert Gouging

    Inert gouging is a technique used in metal recycling, particularly involving ferrous metals. The process utilizes an electric arc and a steady flow of inert gas to remove unwanted metal from ferrous material, leaving a clean, gored surface. The method has several advantages, such as reduced heating of the surrounding metal, minimal distortion of remaining metal, and the capacity to precisely control the amount of metal removed.

  • Metal Shielding During Welding

    Argon gas plays a pivotal role in metal shielding during welding. Welding involves joining two metal pieces by melting them together. Without proper shielding, the welding process can result in low-quality metal bonds, high levels of contamination, and severely under-tested bonding. The presence of argon gas around the welding area helps prevent oxygen from surrounding the weld. This results in a high-quality bond.

  • Machining Operations

    Machining operations involve shaping materials like metals into specific forms. This is usually achieved by cutting, grinding, drilling, or milling. During machining operations, the cutter's edge can become extremely hot due to friction and the buildup of metal. Argon gas is useful in this application because it can act as a coolant and lubricant. It minimizes friction and heat generation, prolonging the life of the cutting tools.

  • Treatment of Reactive Metals

    Reactive metals like titanium, zirconium, and hafnium tend to react spontaneously with oxygen when heated in air. Therefore, it is necessary to prevent these metals from coming into contact with oxygen. Argon gas is a practical solution for this challenge because it is unreactive. Unreactive means that it does not engage in chemical reactions. Hence, it cannot react with the reactive metals.

How to Choose Argon Skids

  • Business needs analysis:

    Knowing what kind of materials the company usually uses when welding. Like the thickness of the metal, the size of the weld gap, etc. These are a few things to understand before buying an argon skid. Different materials and welding situations might need different amounts of argon.

  • Budget considerations:

    Argon skids come in many prices. Businesses should think about how much money they can spend in total and what other important things to buy. While selecting a skid model that fits the budget, it is equally important to invest in a dependable machine that will last for many years.

  • Refillable vs. disposable cylinders:

    Choose if the business wants an argon cylinder that can be refilled again or a one-time-use disposable model. Refillable cylinders usually last for a longer time and can be used repeatedly. On the contrary, the latter type may be more convenient and simpler for some businesses. They won’t have to bother with refilling their cylinder up all the time.

  • Skid size:

    Picking the right skid size is very important because it decides how portable and easy to use the machine will be. Businesses should think about their regular tasks and whether they often need to shift the cylinder around a lot from place to place. For smaller, lighter, or low-scale working situations, a smaller, more compact argon skid may be a better fit. On the contrary, when dealing with heavier jobs or at a workshop where welding activities are done every single day, a larger skid with bigger wheels that can carry more weight is necessary.

  • Quality assurance:

    Before buying an argon skid, investing some time in research and selecting a reputable brand is essential. Try products from well-known companies with good customer reviews and a large number of satisfied users in the past. These brands can provide better value, longer-lasting performance, strong durability, and excellent post-sale support service.

Argon skid FAQ

Q1: What is the difference between argon and nitrogen?

A1: The chemical properties are the primary difference between argon and nitrogen. The two different molecules bond with other molecules. Moreover, nitrogen makes up about 78% of the Earth’s atmosphere. In contrast, argon constitutes only about 1% of the Earth’s atmosphere.

Q2: Where does argon exist in the atmosphere?

A2: Argon is a noble gas generated during the natural radioactive decay of potassium, which exists in a wide variety of rocks in the Earth’s crust. Since argon is abundant in the Earth’s crust, it can be easily found.

Q3: Why is argon used in welding?

A3: Welding is one important application of argon. Since argon is an inert gas, it will not react with the metals being welded, making it a suitable choice for metal welding. In addition, argon has a number of advantages, such as providing an excellent shielding effect and preventing contamination and oxidation for better welding quality.

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