Fabric expansion joint engineering has to take into account many different variables. Fabric expansion joints are used in numerous different industries but they do have their limitations. To make certain that they are not being pushed beyond those limitations, the exact specifications of the system to which they are installed has to be taken into account and, in some cases, these parts have to be custom designed and manufactured to meet the needs of a particular business.

Fabric Expansion Joints

Fabric expansion joint engineering starts with determining the normal operating temperature that the system entails. The expansion joint will have to be able to function as intended at this temperature and, to make certain that it is able to handle any issues that may arise, the maximum continuous operating pressure of the system into which it's installed has to be taken into account, as well. Fabric expansion joints are usually used for low pressure environments. When higher pressure environments are being accommodated, it's more common to use metal expansion joints that can handle higher pressures and temperatures.

Effective Engineering

Fabric expansion joint engineering will take into account the amount of leakage through the gasket material, the overall durability of fabric and the amount of flexing that it can endure without failing. It also has to take into account how much pressure that the joint can handle. Fabric expansion joints are oftentimes used for ducting and other materials that will be undergoing a great deal of movement. These expansion joints are great solutions for these situations and have to be tested to determine how much movement that they can endure before failing.

Expansion Joint Manufacturers

Senior Flexonics Pathway offers fabric expansion joint engineering for any industry and can come up with customized solutions in situations where there is no existing solution on the market that is suitable. They can engineer fabric expansion joints for unusual geometries, orientations and that employ specific materials so that the manufacturing or industrial processes of any client can be satisfied. With good engineering behind them, these expansion joints are very durable and reliable.

Fabric expansion joint engineering takes into account so many different variables that you need to make certain you're working with a company that can provide you with effective solutions. Without the right mix of experience and engineering expertise and the right type of facilities, it's impossible for a fabricator to produce reliable products.