JHF STOCKS A VARIETY OF COMPRESSED AIR PIPING OPTIONS

The piping in your system can make or break the profitability of your enterprise. Lost power through inefficient or faulty piping can wipe out your profit margin and give your competitors an advantage. An essential first question when planning a new compressed air system is “What type of pipe should I use for my air compressor?”

Compressed air flows from your compressor to the end-users (pneumatic machines, work stations, etc.) through your compressed air piping. Big deal, a pipe is a pipe, right?! Yes and no. Of course a pipe is just a pipe. Its purpose is to transport the air without any leakage so you can use it at your machines, air tools, etc. But it’s very important to buy the right kind and size of pipe to maximize efficiency and save money.

There are so many different kinds of compressed air pipes on the market these days. It can be a bit confusing. There are steel pipes, plastic pipes, stainless steel pipes and many other materials available online.Then there are a thousand different makes and types of piping and couplings. Which one is good for you?  Let John Henry Foster help!

PIPING OPTIONS

ALUMINUM PIPE


HIGHLY RECOMMENDED FOR CLEAN AIR APPLICATIONS
The latest technology are push-to-connect aluminum piping systems for compressed air lines (such as Parker Transair). Aluminum is light-weight, making it easy to handle compared to schedule 40 or 80 pipe, and is highly recommended for clean air applications. It is non-corrosive, and remains leak free unlike black pipe systems. Considering the high cost of producing compressed air, reducing compressed air consumption by eliminating leaks over the life of the system is a major benefit of using aluminum pipe. Skilled labor is not required to install this type of pipe.

BLACK PIPE


RECOMMENDED FOR COMPRESSED AIR SYSTEMS
Black pipe is the most commonly used pipe recommended for compressed air systems. It is readily available, it is strong and durable and most people are familiar with how to install it. With all of the advantages black pipe provides, however, it will produce rust contamination that damages pneumatic tooling. The pipe is uncoated, and the presence of moisture will initiate rusting which will increase over time. The installation of black pipe systems requires significant amount of time. Plan carefully, changes to the system will require de-pressurizing the system while new drops or additional loops are added.

STAINLESS STEEL


RECOMMENDED
The recommended use of stainless steel to minimize corrosion has a long and successful history. It combines all of the strength and durability benefits of black pipe, but without the problem of rusting. As with black pipe, most people are familiar with how to install the fittings and pipe, but the installation is a lengthy process. Stainless Steel pipe threads also have a tendency to gall and freeze up which can cause great difficulty during disassembly, and for general maintenance.

COPPER PIPE


RECOMMENDED FOR CLEAN AIR
Copper pipe is commonly recommended for clean air, it works very well, and it is expensive. Copper pipe makes for an aesthetically pleasing installation, but the soldering of joints is time consuming and requires skill. Since the combination of copper and water does not create any corrosion or rusting, the air delivered to the pneumatic tools is clean and free of particulates.

GALVANIZED PIPE


NOT RECOMMENDED FOR COMPRESSED AIR
Galvanized piping is commonly used for water distribution and for general plumbing but not recommended for use with compressed air. Galvanized coating resists moisture in compressed air but pieces of the coating will flake off and end up in your tools. The debris will cause severe damage to cylinders, pneumatic tools, and other components. Even more importantly, when exiting a blow gun, little flakes can cause serious bodily harm.

PVC PIPE


NOT RECOMMENDED
The use of PVC pipe is common but not recommended for use with compressed air. It is often used because it is readily available, inexpensive, and easy to install. However, as with many plastics, PVC gets brittle over time and can crack, break, or even shatter. The presence of air compressor oils in the line and heat from the compressed air accelerates the degradation of PVC. These failures, combined with air under pressure, are potentially fatal due to the airborne, razor-sharp shrapnel.

Contact John Henry Foster Today

JHF provides the pneumatic fittings, compressed air pipe, and compressed air fittings and parts required to keep your compressed air systems operating efficiently. Our unmatched expertise combined with the best available compressed air piping and accessories from manufacturers like Transair ensures your piping needs will be met every time. In addition JHF offers compressed air piping design, air system drawings and compressed air piping system installation to get your systems up and running quickly.

Please contact us today at 651.452.8452 or request more information to learn about our vast compressed air piping systems inventory and the rest of our product line and service offerings.

ABOUT JHF
As a leading provider of premium quality compressed air and automation solutions since 1938, John Henry Foster delivers customized automation products and design-to-build solutions to clients in Minnesota, Wisconsin, North Dakota, South Dakota and northern Iowa. Our talented and innovative employees serve customers in virtually every industry that utilizes motion control technology and power generation. For updates and other information about John Henry Foster, visit our website, Like us on Facebook or follow JohnHenryFoster on Twitter.

Contact Us

651-452-8452 | 800-582-5162

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