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
Large-scale industrial installations such as refineries and chemical plants often have large direct-fired heaters that are used in the processing of fluids and gases. Such heaters must now be designed… Read More
Automotive braking systems are obviously very important and must be thoroughly tested prior to production. The force applied to the brake pedal by the driver must be sufficient to provide… Read More
Differential pressure transducers have been widely used to measure flow rate of in-compressible liquids such as water. The most common method is to measure the pressure drop across an orifice… Read More
Where does the water in a river come from? The obvious answer is that it comes from upstream, the sum of the waters added by many tributaries. This is certainly… Read More
Introduction: Measuring the fluid level in tanks is a common requirement for almost every industrial process. The automatic control of fluids depends on knowing how much liquid is stored in… Read More
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