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
Pressure sensors play a crucial role in industries where accuracy and durability are essential—especially in radiation-heavy environments like nuclear power plants, medical radiation therapy, and high-energy physics laboratories. Among the… Read More
Advancing pulmonary research often requires innovative approaches and reliable tools. In a 1975 study “Pulmonary Mechanics by Spectral Analysis of Forced Random Noise,” Edward D. Michaelson, Eric D. Grassman, and… Read More
The N-DR800 is a nuclear qualified draft range differential pressure transmitter designed for use in Nuclear power plants for very low pressure measurements such as HEPA vent filter, HEPA filter… 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
The handling radioactive materials must be done in glove box. A glove box is a clear plastic enclosure with rubber gloves attached to the sides so that an operator can… Read More
The Validyne DP10 differential pressure sensor and AP10 absolute pressure sensor have a uniquely rugged design and construction that allows the pressure sensor to be used in extreme challenging measurement… Read More
Helicopters are a common sight in the sky and are used for many important tasks. Rotors are used to provide lift and the large blades on these rotor assemblies often… Read More
Energy efficient windows are an important consideration for both new and existing homes. According to the Department of Energy, heat gain and heat loss through windows are responsible for 25%–30%… Read More
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