HEAT TRANSFER NANOFLUIDS

Data Sheets


Example of High Performing Heat Transfer Fluids (HHTFs) are the nanofluids where small size metal oxide particles are used to increase the thermal conductivity of the base fluid. Nanofluids contain metal oxide particles in suspension inside conventional fluids.
Nanofluid developed and formulated by TCT is characterized by high heat transfer capability and suspension stability due to the optimized morphology, Chrystal phase, dimensions and concentration of the nanoparticles as related to the patented formulation.
The thermal conductivity and heat transfer capacity of the fluid are relevant factors for the development of high thermal efficiency systems.

Our Nanofluids are classified based on the thermal conductivity coefficient.

NANOFLUID HT 710 :
Is Made of Copper Oxide nanoparticles in pure water as base fluid.
It has thermal conductivity coefficient as 710 mW/mK.

NANOFLUID HT 640 :
Is Made of Aluminum Oxide nanoparticles in pure water as base fluid.
It has thermal conductivity coefficient as 640 mW/mK.

NANOFLUID HT 140 :
Is made of Copper Oxide nanoparticles in diathermal oil as base fluid.
It has thermal conductivity coefficient as 140 mW/mK.


Nanofluid HT 710

 

Nanofluid HT 640

 

Nanofluid HT 140

 

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