Today’s modern industries utilise increasingly sophisticated piping and process systems to maintain efficiencies, improve safety, and provide consistent performance. Valves play an essential role in nearly any system, allowing for easier maintenance, greater process control, and improved operational safety.
Instrumentation valves have gone through multiple innovations over the years in terms of their design, look and functionality, which have a fundamental impact on manufacturing and production processes. The most important of these have been the prominence of high quality stainless steel instrumentation valves, allowing for a stronger, more durable, and longer-lasting system.
Function of Instrumentation Valves
Regardless of the type of valve used in a system, it probably serves one of the following essential functions:
- Starting or stopping of fluid/chemical flow
- Controlling the amount of fluid flow
- Controlling the direction of fluid flow and preventing backflow
- Regulating the downstream system or process pressure
Today’s complex systems often require the ability to both remotely actuate and monitor various processes. Manually inspecting gauges physically throughout an installation to record data around the clock isn’t feasible. On top of that, there are potential complications if a gauge or sensor requires replacement.
Instrumentation valves address these concerns by providing the ability to isolate critical sensors, gauges, and measurement tools within the piping system. This provides greater control over their use, allows for complex remote monitoring systems, and quickly isolates individual components for testing, maintenance, and replacement.
Flow Control Considerations
There is a vast range of instrumental valve options available. While all instrumentation valves serve the purpose of allowing easy isolation of gauges or instruments, your options for configuring or arranging said valves will have an impact on your implementation and use options. When choosing the best option for your application, you should consult with an engineer to ensure optimal service life, safe operation, and regulatory compliance.
If you need a valve with simple on and off operation, paying more for a highly calibrated and machined option with excellent throttle control isn’t needed. Likewise, if you need to control various elements of your flow processes precisely, two flow states probably won’t be enough. Fortunately, there are now designs that accommodate both use types and even ‘all-round’ options to ensure that you get both the flow control you need and long-lasting performance from the valves you choose.
Importance of Quality Materials
However, before you begin looking at valve designs, always consider the ideal materials. The perfect design won’t mean much if inferior materials lead to rapid corrosion, don’t meet regulatory or sanitary requirements, or are difficult to maintain. Whether you’re working with chemicals, gasses and slurries in water treatment or dealing with harsh maritime environments, stainless steel offers multiple benefits.
Stainless steel instrumentation valves provide an ideal mix of weight, cost, corrosion resistance, and easy maintenance for many use cases. Stainless steel instrumentation valves from Austfluid Link are strong, highly durable, and long-lasting. The ability to withstand corrosion and extreme temperatures make stainless steel instrumentation valves ideal for marine, mining, defence and automotive worksites.
Contact the Stainless Steel Experts at Austfluid Link
Austfluid Link is Australia’s leading supplier of stainless steel manufacturing parts including instrumentation valves. Get in touch with the team at Austfluid Link today to discuss your needs. Give us a call or contact us online.
