Air compressors are used in various tools and machines; compressed air is a useful energy form that can be generated from the power of an electric motor, diesel, or gasoline engine.
PEX tubing is one of the most commonly used materials for air compressor lines due to its flexibility and durability. PEX is made of HDPE (High-density polyethylene). It has been around for more than 40 years and is an effective option in systems requiring high-pressure or corrosive materials such as oils and chemicals.
This article will outline why using PEX pipes over copper or other metal pipes can be advantageous when setting up an air compressor line.
PEX can be an excellent choice for air compressor lines due to its durability and easy installation capabilities compared with conventional metal pipes systems such as copper or steel piping.
PEX tubing can handle higher temperature ratings than PVC, resulting in faster air delivery from compressor lines when pressurized air passes through the system, resulting in higher efficiency values overall.
Additionally, its pre-insulated design requires less insulation install time than metallic piping systems, making it even more cost-efficient than other types of piping materials used to feed pressurized air lines from compressors in residential settings or commercial settings HVAC applications.
Benefits of PEX for Air Compressor Lines
PEX (cross-linked polyethylene) pipes are increasingly becoming the material of choice for air compressor lines. As compared to other materials, PEX offers a number of advantages for air compressor lines. The benefits of PEX for air compressor lines include its affordability, flexibility, durability, and resistance to corrosion.
Let’s take a closer look at these benefits and understand the advantages of using PEX for air compressor lines:
PEX (cross-linked polyethylene) is a reliable and durable material for air compressor lines. It can withstand freezing temperatures, and its construction makes it unlikely to leak during normal use. Unlike copper lines which may corrode over time due to the acidic nature of compressors, PEX is resistant to rust, corrosion, wear, and tear.
This reduces the chances of leakage or unexpected burst due to wear and tear of the tubing material. In addition, PEX has an exceptionally long lifespan compared with other air compressors lines materials, such as rubber hosing and copper piping.
PEX can withstand high-pressure ratings (up to 110 PSI) with ease of installation, making it ideal for use in industrial machinery requiring robust tubing materials capable of operating at peak performance in demanding applications.
Finally, one common advantage PEX provides over other materials is its lightweight design makes it easier to install than traditional alternatives like metal piping or rubber hoses which require additional bracing when installed through walls or ceilings.
In comparison, PEX can be installed rapidly, allowing greater flexibility when creating customized air compressor setups where length adjustments are required frequently or quickly due to job site variances.
PEX tubing is an excellent option for air compressor lines due to its temperature resistance and robustness compared to traditional metal piping materials. Its flexibility, affordability, and reliability make PEX tubing the logical go-to choice when running the lines of an air compressor.
PEX can withstand a wide range of temperatures and will not buckle or bend under extreme wintery temperatures. This will ensure compressor lines remain flexible throughout all weather conditions.
In addition, PEX is chemical-resistant and can tolerate acidic water, oil, gas, chemical exposures, and some solvents without showing signs of wear and tear over time. This reduces the need for maintenance down the line due to chemical erosion or leaks which might weaken pipes over time.
The convenience of using PEX makes it an ideal material for day-to-day applications. Installation requires minimal tools and fittings; it is lightweight, making installation easier and faster with no welding required in most cases. It also has a high burst strength which helps maintain pressure in the system even when pressure fluctuates due to kinked hoses or clogged filters along the line.
Finally, PEX is available in coils that can easily be adjusted according to length, making it perfect for small spaces and a great choice for residential and commercial applications.
PEX (crosslinked polyethylene) is a great option for air compressor lines due to its flexibility and ease of installation. PEX can bend, turn, and move freely in any direction, making it easy to install in tight spaces or around obstacles.
This flexibility also makes it easier to repair a line if needed. The pipes are also smooth-walled inside, allowing air to flow quickly while avoiding friction loss. This reduces energy costs that might be associated with traditional materials like copper or steel pipe.
Furthermore, PEX piping has a large temperature range (-30°F to 180°F), which makes it suitable for both hot and cold climates without fear of cracking in the winter or melting in the summer months. Finally, PEX does not corrode with age like steel or copper piping, so maintenance costs are minimal despite frequent use over long periods.
Disadvantages of PEX for Air Compressor Lines
PEX (Polyethylene Cross Linked) is a popular pipe material used in plumbing and air compressor lines. It is durable and flexible, making it an ideal choice for many applications. However, some disadvantages to using PEX for air compressor lines should be considered before using this type of pipe. Let’s take a look at some of these drawbacks:
PEX Piping for air compressor lines does come with an initial cost benefit, as some PEX materials can cost 25 to 50 percent less than copper or CPVC. However, you must factor in the costs associated with a professional installer if hiring for the job. Besides that, PEX is not a good option for air compressor lines if you’re looking for longevity.
It is also important to note that not every type of PEX is suitable for air compressor lines – certain types, like polyethylene of Raised Temperature (PE-RT), have a higher working temperature and pressure than what would be considered suitable for an air compressor system. Additionally, you must ensure that the barbed fitting and clamp connections used adhere to pressurized water piping terminology to avoid leakage problems down the line.
One of the biggest disadvantages of using PEX for air compressor lines is the potential for leaks. If a PEX connection does not have enough space between it and the wall, or if it is not properly secured, it might start to leak over time as a result of vibration or changes in pressure. Additionally, if the tubing is exposed to UV rays for too long, it will start to crack and eventually lead to leakage.
If a leak does occur, unplugging the air compressor from its power source and turning off all valves will temporarily stop any further leakage until the repair can be made.
In conclusion, it is possible to use pex for air compressor lines provided that the correct fittings and connections are used, and the correct rules for installation are followed. It is always best to contact an experienced plumber or contractor who can help determine the best type of pipe to use in any given application.
Pex tubing is considered a safe and efficient form of plumbing but needs to be used carefully to properly meet safety codes. Proper installations can provide air compressors with reliable plumbing that lasts many years.
Frequently Asked Questions
Can I use PEX for air compressor lines?
Yes, you can use PEX for air compressor lines. PEX is a flexible material resistant to corrosion and high temperatures, making it an ideal choice for air compressor lines.
What fittings should I use for PEX air compressor lines?
You should use brass fittings with PEX air compressor lines. Brass is a durable material that is corrosion-resistant and can withstand high temperatures, making it an ideal choice for air compressor lines.
How do I install PEX air compressor lines?
You can install PEX air compressor lines using compression or crimp fittings. Compression fittings are easy to install and are the most common fitting for PEX air compressor lines. Crimp fittings are less common but provide a stronger connection and are more reliable than compression fittings.
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