InfinX products are used in applications ranging from aerospace and the military to chemical manufacturing and energy production. Their thermal stability, resistance to oxidation, and lack of compressibility make them unique solutions for your most challenging applications.
With InfinX, you can expect high performance, a great value, and products that last. InfinX leverages 70 years in fluorochemistry to provide you with the breakthrough you have been searching for.
When it comes to ensuring the utmost accuracy in secondary or comparison temperature calibrations, Fluke Calibration baths have long been the top choice of National Metrology Institutes (NMIs) and calibration laboratories worldwide.
These state-of-the-art bath technologies utilize specialized fluids to provide optimal temperature environments, boasting unsurpassed stability, uniformity, and a large working volume. With various models available, including compact, deep-well, hot, cold, resistor, and custom baths, Fluke offers a comprehensive solution for thermometer calibration and temperature sensor calibration. But which calibration bath fluid ensures the best results?
Characteristics of Cryogenic Calibration Bath Fluids Engineered Fluids, Instrumental Analysis Fluids
InfinX, a leader in cutting-edge performance fluids and lubricants, presents a calibration bath fluid that addresses the key needs of low-temperature thermometric sensor calibration. Our high-performance fluids provide the stability, safety, and uniformity required at extremely low temperatures. When it comes to cryogenic temperature probe calibration, precision and repeatability are paramount, and our fluids deliver unparalleled properties to meet the demands of a broad range of industries – from aviation and aerospace, to pharmaceutical cold-chain management and biochemical manufacturing.
Seven Reasons to Use InfinX Calibration Fluid 0.8 for Ultra-Low and Low-Temperature Calibration Baths
Contributing to InfinX’s broad selection of premium solutions, InfinX HaloVac Ultra offers exceptional stability and compatibility for the most dem...