Dynalene LC Series
Inhibited Glycol Coolants for Low Electrical Conductivity Applications
The Dynalene LC (Low Conductivity) series consists of inhibited glycol coolants for fuel cells, batteries, electric vehicles (EV), charging stations, motors, computers, electronics, direct-to-chip (DTC) cooling for data centers, including products made from ethylene glycol (Dynalene LC-EG), propylene glycol (Dynalene LC-PG), or plant-based BioGlycol (Dynalene LC-Bio). All products in the Dynalene LC series maintain a very low electrical conductivity and offer users a stable and efficient coolant for applications where freeze protection is needed. Our non-ionic inhibitor package protects aluminum, copper, brass, and stainless steel system components. Properly used and maintained, direct liquid cooling (DLC) fluids offer excellent thermo-physical properties while protecting your system from corrosion and degradation for years. Various concentrations of these products are available. Please contact Dynalene at info@dynalene.com or call +1 (610) 262-9686 to learn more.
To maintain low electrical conductivity as the fluid ages, Dynalene strongly recommends using an ion-exchange resin cartridge with LC products. We offer our own product line of suitable cartridges, designed and tested extensively for greater ion removal on our low conductivity heat transfer fluid products. These cartridges can be easily installed in systems operating up to 200°F (93°C). We offer the IC-093 series of cartridges, which are designed to operate up to 200°F (93°C). Click here to view our ion exchange resin cartridge product listing. Please contact us for more information about our products for low conductivity applications.
Materials Compatibility
Materials Compatibility
Engineering Guide
Advantages
- Low electrical conductivity
- Various concentrations available
- Excellent non-ionic inhibitor package
- Non-flammable
- Proven performance
- Available worldwide
- Cost-effective
- Total fluid care option from Dynalene
- Excellent thermo-physical properties
Applications
- Fuel cell cooling
- Electronics cooling
- Direct-to-chip (DTC) cooling
- AI data centers
- Battery cooling for electric vehicles (EVs)
- Optical / laser devices
- Medical devices
- Battery charging stations
- Electric motors