The role and significance of heat transfer fluids in industrial processes

Chemtex manufactures heat transfer fluids developed specifically for the indirect transfer of process heat. Available for operational temperatures, Chemtex manufactures a range of synthetic thermal fluids that are efficient, cost-effective dosage, minimum downtime, and precise temperature control.

What is Heat Transfer Fluid?

Heat Transfer Fluids can be used at very high temperatures, with prolonged use these fluids will start to degrade and the by-products that form need to be actively managed to help maintain a safe operating environment and to simply extend the fluid’s operating life.

Chemtex HTF (Heat Transfer Fluid) prevents overheating of components along with additives (SCA), specific to their use, that optimize coolant performance in a variety of ways with anti-corrosion, disinfection, and lubricating properties in cooling components.

Formulated with precision, these fluids excel in operating across diverse industries, showcasing reliability and efficiency in heat transfer within a broad spectrum of temperatures and conditions. This precision translates into an extended fluid life, diminishing the need for frequent replacements and reducing maintenance downtime significantly. The stability inherent in these fluids not only minimizes downtime but also actively enhances the overall reliability and longevity of the industrial systems where they find application.

Environmental Considerations:

Furthermore, these heat transfer fluids are designed with a focus on environmental sustainability. Chemtex prioritizes the development of fluids with low environmental impact, addressing concerns related to toxicity and biodegradability.

Key Features & Benefits of using Heat Transfer Fluids

  • Have good heat transfer properties.
  • Have good thermal stability that allows long periods of operation with stable service.
  • Minimal Energy Consumption
  • Efficient Thermal energy transfer and low pumping energy consumed will have a direct and positive effect on the system.
  • Low corrosion to the elements included in the system.
  • Low toxicity to humans and the environment, environment-friendly, bio-degradable
  • Provide long-term preservation of pipework, system components, and capital equipment.
  • Reduce fouling in heat exchanger surfaces.

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