Water for Glycol Dilution: Effect of Water Type on On-site Dilution of Glycol-based Heat Transfer Fluids Water-based heat transfer fluids made from propylene glycol, ethylene glycol, or bio-based glycol are widely used across various applications, including HVAC systems, industrial chillers, process heating and cooling, and data centers. The glycol in these fluids provides critical benefits […]
Onsite dilution with various water types Read More »
“Dynalene Presents at ITherm 2024 in Denver Colorado, May 2024” Dynalene R&D Manager Dr. Sreya Dutta presented her research on low electrical conductivity coolants as alternatives to perfluorinated fluids for electric cooling applications at the 2024 ITherm conference. The event was held on May 28-31 in Denver, Colorado. Click the “Download” button to access your free copy of the
“Dynalene Presents at ITherm 2024 in Denver Colorado, May 2024” Read More »
Why should I use a de-ionization cartridge with low electrical conductivity glycol fluid? Using a de-ionization (DI) cartridge (sometimes referred to as a DI filter or canister) with your low electrical conductivity glycol coolant fluid, such as Dynalene LC-EG, LC-PG and LC-Bio is important because it helps maintain the fluid’s low conductivity over time by
Understanding the Cleveland Open Cup Test: Ensuring Safety with Precise Flash Point Measurements Why is Flash Point Important?
Flash points provide critical information about the safety of flammable and combustible materials, which is essential for product transportation, storage, and regulatory compliance. By knowing the flash point, organizations can determine the conditions under which a material is safe to handle. Additionally, it helps manufacturers comply with federal safety regulations and optimize safe operating procedures in various industrial applications.
Cleveland Open Cup Test Read More »
Salt contamination in natural gas dehydration systems can lead to corrosion and decreased efficiency. Dynalene’s ion exchange processes offer a cost-effective way to remove these contaminants and restore system performance. This article explores their effectiveness through a case study conducted at Gill Ranch Storage.
Ion Exchange Cartridges for Low Electrical Conductivity Coolants Introduction Liquid cooling of thermally sensitive electronic components is more efficient than air cooling due to its superior heat transfer properties. Glycol/water-based low electrical conductivity coolants, such as the Dynalene LC family of fluids, offer superior indirect cooling for various applications, including fuel cells, batteries, electric vehicles,
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We’re thrilled to share the success of Dynalene at the 2024 AHR Expo in Chicago, Illinois! 🎉A big shout-out to everyone who visited our booth this week, (Jan. 22-25) , engaged in insightful discussions, and contributed to making this event a huge success.🏙️🔥 The AHR Expo brings together manufacturers & suppliers of all sizes &
Dynalene at the 2024 AHR Expo in Chicago, Illinois! Read More »
Enhancing Efficiency and Performance: The Importance of Low Electrical Conductivity Coolants in Electric Vehicles Introduction: As the automotive industry undergoes a transformative shift towards sustainable and eco-friendly solutions, electric vehicles (EVs) have emerged as a leading contender in the race for a cleaner future. While the focus has predominantly been on battery technology and motor
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Presentation from the 2023 Hydrogen Fuel Cell Seminar in Long Beach, CA. The featured speaker was Dynalene’s own Carter Prokesch..
By choosing Dynalene fluids, companies can embrace sustainable practices while maintaining efficient heat transfer systems.
Dynalene Addresses PFAS PFOS Concerns Read More »
