Why In-House Machining Makes the Difference One of Validyne’s biggest advantages, and one that most sensor companies cannot match, is that we machine almost every metal component of our sensors… Read More
Calibrating pressure sensors at very low temperatures — especially below -20°C — is a challenge for many manufacturers. Metals contract; mechanical stresses intensify causing traditional strain-gauge sensors to drift significantly…. Read More
A milestone that expands our ability to serve defense and aerospace customers with the precision instrumentation they depend on. Validyne Engineering is pleased to announce that we have completed registration… Read More
How to make plumbing connections that allow you to remove the transducer safely, if necessary, without shutting down the entire plant. ONE If you will be using the transducer for… Read More
There are several specifications that are commonly used to describe pressure transducers to help the user determine if the transducer is suitable for a particular application. All of these relate… Read More
For more than five decades, Validyne Engineering has specialized in one core mission: providing extremely reliable, highly accurate differential pressure measurement for the harshest environments. At the center of this… Read More
Why Draft Pressure Matters in Glass Furnaces Industrial glass production relies on massive furnaces designed for continuous, high temperature operation. Every year, millions of tons of glass are produced, including… Read More
Ensuring Product Integrity, One Leak Test at a Time Leak testing remains a critical quality control step across industries—from automotive to aerospace to medical devices. The traditional method of pressurizing… Read More
Validyne Engineering now offers an optional sensor body construction in Hastelloy C276. This greatly improves the corrosion resistance of transducers used in applications where highly oxidizing chemicals are present in… Read More
Validyne Pressure Sensors in Space: Enabling Precision in Extreme Environments Space exploration pushes the limits of engineering, requiring technology that can withstand extreme temperatures, radiation, and vacuum conditions. Among the… Read More
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