Additionally, compared to a pipe elbow, a tubing bend creates less turbulence as system media flows through it. A single bent tube can accomplish several directional changes as opposed to pipe where many different runs and fitting connections would be required. It must also be cut and deburred, but most directional changes can be accomplished with a bend instead of a new fitting. This is where tubing can provide some benefits. Additionally, each new introduced fitting connection is a potential leak point even if it has been put together by a skilled assembler-and added leak points can lead to an increase in emissions. A well-built system can provide high reliability, but the assembly process can take up significant labor time, especially for a complex system application. The pipe fittings are then tightened with a wrench. All male threads must be wrapped with a PTFE tape or covered with a sealant. To make a desired run using pipe, the pipe must be cut, deburred, and threaded. There are a few considerations to be made here. Here are considerations for deciding when to bend tubing and how to help ensure system safety and efficiency.ġ.) Determine whether tubing will be advantageous over pipe.
To maximize the benefits tube bending offers, it is important to be sure you understand how to identify where tube bends are most applicable in your systems, best practices for making high-quality bends, and how to use the right equipment. Tube bends and low-profile tubing allow a more compact system footprint and easier access to nearby equipment for maintenance. Bends allow fluids to flow more easily than through a series of multiple fittings. Not only do tubing systems offer easier installation, but tube bends can save operators time by eliminating the need to cut, deburr, and install a new fitting for every simple directional change.
Fewer individual components means fewer potential leak points, which can improve efficiency and reduce spills and fugitive emissions. Capital Projects Product Selection Guideīent tubing can provide some significant benefits versus traditional pipe in a variety of industrial fluid systems, including:.Sampling System Problem Solving and Maintenance (SSM).Process Analyzer Sampling System (PASS) Subsystem.Process Analyzer Sampling System (PASS).Sampling System Evaluation and Advisory Services.Fluid System Evaluation and Advisory Services.
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