Seven Reasons to Use InfinX Calibration Fluid 0.8 for Ultra-Low and Low-Temperature Calibration Baths

When it comes to ultra-low and low-temperature thermometric calibration, metrology experts require highly uniform fluids that maintain viscosities down to cryogenic temperatures. InfinX Calibration Fluid 0.8 is the safe and reliable choice industry standard for these extreme temperature calibration processes.  This engineered calibration bath fluid ensures optimal performance across a wide temperature range. Discover the seven reasons why InfinX Calibration Fluid 0.8 is the ultimate solution for your ultra-low and low-temperature calibration bath needs.
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InfinX HaloVac Ultra: A Versatile PFPE Vacuum Grease

Contributing to InfinX’s broad selection of premium solutions, InfinX HaloVac Ultra offers exceptional stability and compatibility for the most demanding vacuum applications. Engineered from Halocarbon PFPE technology, this ultra-low vapor pressure grease is designed to provide superior performance in low pressure, extreme temperature, and harsh chemical environments.  What is InfinX HaloVac Ultra? InfinX HaloVac Ultra is a non-flammable, non-reactive, and chemically inert grease designed to provide substantial seals and lubrication for laboratories and high-vacuum industry systems. This low-vapor pressure lubricant is a valuable tool in professional and manufacturing environments prioritizing vacuum seal fidelity. Composed of a new and cutting-edge grease...

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InfinX HaloVac 25: A Multi-Purpose PCTFE Grease

Adding to InfinX’s extensive portfolio of premium solutions, InfinX HaloVac 25 offers cutting-edge performance, stability, and safety for high vacuum industry systems and laboratory applications. Using Halocarbon PCTFE technology and a fumed silica thickener, this high-performance grease provides exceptional lubrication, chemical resistance, and compatibility across a broad range of materials. What is InfinX HaloVac 25? InfinX HaloVac 25 is a synthetic lubricating grease well-suited for laboratory vacuum and low-pressure applications. With a low vapor pressure and wide-operating temperature, this silica-thickened grease is an optimal solution for sealing gaskets, glass and ceramic joints, stopcocks and plug valves. Providing safe and reliable...

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The Role of High-Performance Grease in High Vacuum Pump Applications

What are High Vacuum Pumps? Vacuum pumps continue to grow in necessity as they are an essential component of most refrigeration and air conditioning systems. These high-functioning devices remove air or non-condensables from the system, altering the space's pressure and creating a full or partial vacuum.  High vacuum pumps possess a specific pressure range that fuels them to remove molecules from the vacuum space. With a pressure range of (10-3 to 10-8 torr), high vacuum pumps are used when the final absolute pressure is very low. These critical devices require consistent care to maintain the functionality of their essential applications...

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InfinX MRO KF205: An Optimal PFPE Waterproof Automotive Sealant

What are Waterproof Automotive Sealants? Automotive sealants, or seals, refer to the rubber commonly used to “seal” convertible tops, sunroofs, moonroofs, trunk lids, doors, and weather stripping used around car windows. When automotive seals function properly, the average consumer barely ever interacts with them—they may not notice them at all. However, once issues with automotive seals start to fail, they can lead to significant issues.  Some of these problems include NVH-related (noise, vibration, and harshness) malfunctions such as shaking, squeaking, and rattling from the glass of the sunroof or moonroof; windows rubbing against the rubber seals leading to noise or...

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High-Performance PFPE Grease to Reduce Automotive Interior NVH

What is NVH? Automotive NVH, or noise, vibration, and harshness, refers to a particular field of tribology that focuses on measuring, modifying, and often reducing the noise and vibration characteristics of vehicles, typically applied to cars and trucks. Automotive engineers commonly face the challenge of mitigating NVH when designing modern automobiles. As vehicles become increasingly complex, the standards for NVH become higher, but sometimes, refining NVH for a comfortable and quieter car experience depends on supplemental actions and products. Where in Cars Does NVH Originate? Primarily, NVH issues stem from areas of the car where unique materials interact with each...

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