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HVAC projects are among the most material sensitive operations when it comes to industrial and commercial construction. It spans the entire lifecycle of manufacturing plants, office complexes, hospitals, malls, data centers, etc. HVAC systems are perhaps the most critical components with regards to temperature control, air quality management, and energy efficiency. And of course, every duct, chiller, pipeline or air handling unit has its associated industrial supplies which are needed to ensure proper functioning of the HVAC systems. Selecting those supplies is not just a matter of supply purchasing routine, but is rather a technical matter, for almost each product has to be well understood with regards to its function, working conditions as well as performance reliability in the long run.

Often low grade materials or incorrect material selection for HVAC projects lead to leakage, loss of pressure, frequent failures and breakdowns, and even poor energy efficiency metrics. It

Every valve in any industrial setting is a mechanism that controls the flow, pressure, isolation, and safety throughout the piping system. However, in some plants that use steam, thermal oil, chemical reactors, boilers, or power, the critical consideration when deciding on valves becomes the heat resistance of the material used for the valve.

Valve components such as the sealing elements, structural strength, and steam maintenance are all affected by heat. Using a valve made from unsuitable materials in high-temperature areas will most certainly lead to severe consequences such as overheating, deformations, leaky parts, brittle fracture, etc. In the upcoming sections of the blog, you will know the specific resistance industrial valve materials offer against heat and how plant engineers should base their selection on the valve’s exposure to heat.

Why Heat Resistance in Valves Matters

Every material undergoes changes