Radiator Fluid/Oil – Glycol Based

Description

Radiator Fluid/Oil – Glycol Based.  A totally safe electric radiator heat transfer fluid.

Perfect for direct element contact radiators and heat jackets for domestic and industrial use.

A heat transfer fluid based on Glycol for use in a wide range of industrial, HVAC and heat recovery applications. Often used for process chilling because it is non-flammable and it offers excellent anti-corrosion protection.

No flash point or auto ignition rate – non-flammable.

Need a dispensing lid that fits our 20l cans? We have you covered –  Click here

Glycol based fluid is by far the safest solution to a radiator fluid/oil, giving the same heat spread and zero risk of combustion.

YouTube video for changing electric radiator fluid found here

If you are looking for a mineral oil based heat transfer fluid (a lot cheaper than Glycol)~please find it here:  Heat Transfer Oil

Heat Transfer Oil

Glycol based fluids have better thermal and chemical properties than a mineral oils, which determine their suitability for various industrial applications. Key characteristics include:

• Thermal Stability

  : This refers to a fluid’s resistance to irreversible changes in its physical properties at varying temperatures. Fluids with high thermal stability have fewer degradation pathways, leading to longer service lifetimes and less maintenance.  Determination of a fluid’s thermal stability is often based on tests such as ASTM D6743, which assess degradation products formed under thermal stress.

• Viscosity

  : The viscosity of a fluid affects its flow characteristics and pumping costs. This is because lower viscosity fluids are easier to pump and circulate within a system.

• Heat Capacity

  : A fluid’s heat capacity indicates how much thermal energy it can transport and store, impacting the efficiency of the heat transfer process.

• Thermal Conductivity and Thermal Diffusivity

  : These properties influence the rate at which heat is transferred through the fluid. This is important because it affects how quickly a system can respond to temperature changes.

• Corrosion Potential

  :  Compatibility of a heat transfer fluid with system materials is crucial because minimalizes corrosion and extend the life of the equipment.

• Freezing and Boiling Points

  :  The freezing and boiling points of a Glycol based heat transfer fluid are not often met in industrial applications and never met in domestic applications.