Your equipment now operates with lower temperatures, requires less energy to operate, and allows for higher performance.
As heat densities keep rising, fuids transfering the heat have become a physics bottleneck. A Synano nanofluid enhances your coolant or immersion oil and moves heat faster, so the same pumps, pipes and heat exchangers remove more heat. You decide whether that extra capacity becomes more compute per rack, a lower energy bill or smaller cooling units.
[ About ]
Removes heat faster than conventional fluids, enabling higher power densities or reduced cooling energy at the same operating conditions.
Higher thermal conductivity means less pump energy and lower fluid volume to achieve the same cooling output. Direct reduction in OPEX.
Lower thermal resistance means less thermal stress on components. Reduced wear, fewer interventions, greater operational reliability.
Formulated around your base fluid, system materials, and operating conditions to meet specific targets in viscosity, stability, and dielectric strength.
[ Products ]
Water and glycol‑based coolants enhanced with alumina nanoparticles for closed‑loop thermal management, offering up to +32 % higher thermal conductivity than conventional PG25. Compatible with direct‑to‑chip loops, CHP systems, engines, solar‑thermal installations, and industrial heat exchangers.
Dielectric oils enhanced with alumina nanoparticles enable single‑phase immersion cooling, delivering up to 15 % higher heat transfer than conventional dielectric oils. They are safe for direct submersion of servers, GPUs, AI servers, and power electronics, and they work with standard immersion‑tank infrastructure.
[ Industries ]
Higher thermal conductivity at the same pump load lets Synano increase server power density and improve PUE without infrastructure changes.
Lower operating temperatures, less thermal wear. Synano nano coolants reduce thermal stress on engine components and improve reliability across continuous-duty applications.
Tighter temperature control across the cell. Synano nanofluids reduce peak temperatures during charge and discharge cycles, extending pack life and enabling faster charging.
More heat removed per cycle. Synano keeps engines and turbines cooler, improving energy output from the same gas input.
Higher thermal extraction from the same collector area. Nanofluids reduce panel operating temperatures and increase both electrical and thermal yield.
[ Projects ]
Data centres, motorsport and solar teams use our nanofluids in their own systems, from server’s immersion cooling to a Porsche engine on the dyno.
[ Synano Nanofluids™ ]
Compatible with all standard system materials. Validated to ASTM D1384 (metals) and D471-16a (elastomers).
Non-hazardous under EU CLP. Designed for end-of-life nanoparticle recovery and glycol recycling
Water-based, PG, and EG coolants. GTL, PAO-2, and Ester additives. Datasheets on each product page.
Where it all started: Download Whitepaper
Have other questions? Contact us directly.
Our patented nano-fluids improve heat transfer by up to 32%, decrease energy costs, and extend equipment life without any changes necessary to existing hardware.
Yes. They are non-toxic, non-corrosive, and tested for compatibility with standard metals, plastics, and seals used in heat exchangers and cooling systems.
By suspending nanometer-sized particles in traditional base fluids (oils or water-glycol), we create stable liquids that conduct and transport heat more efficiently. The nanoparticles break thermal boundary layers, reduce resistance, and enable faster, more uniform cooling, resulting in higher efficiency and lower stress on equipment.
Nanoparticles are made of metal or metal oxides, which have 100x higher thermal conductivity than liquids. Adding a very small amount of nanoparticles in the base liquid will result in improved thermal conductivity, and hence improved heat transfer of the fluid.
Synano’s nano fluids are most beneficial when used in liquid-to-liquid or liquid-to-surface heat transfer applications,
in a closed-loop single-phase cooling system.
They are ideal for data centers (direct-to-chip and immersion), CHP and industrial engines, EV batteries, and solar PVT panels, wherever cooling performance limits efficiency, cost, or lifespan.
It depends on whether you use oil-based (immersion/dielectric) or water-glycol (closed loop) systems. Our team will recommend the best formulation based on your application, operating conditions, and performance goals.
Click here to get in touch with our team.
Yes, our fluids are tested by independent labs according to international standards (REACH, ASTM, IEC) working closely with TU Delft, and validated along with third-party labs and industry partners.
Experience typical gains of 10–20% in heat transfer efficiency, resulting in significant energy and CAPEX savings. The exact performance will vary based on your system design. Contact us for a personalized calculation of your potential savings.
Synano fluids are delivered pre-mixed, stable, and ready to use.
The only requirement is to flush your system with the matching base fluid before filling with the nano-fluid. After installation, no additional maintenance is needed beyond normal coolant monitoring.
Always wear gloves while using nano-coolants. If the fluid comes in contact with skin or eyes, wash immediately with soap and water. It can cause mild irritation on the area where it comes in contact with the skin, but if washed immediately, can be prevented. Refer to Material Safety Datasheet (MSD) for detailed safety and handling information.
No, never. It is not recommended to mix different nano-coolant types or brands together. Each nano-coolant formulation is designed with specific nanoparticle concentrations and surface treatments and mixing them may alter their performance characteristics and negate the intended benefits. It is best to use a single type of nano-coolant for optimal results.
Yes. Synano nanofluids are designed for circular use. After service life, they can be collected, reprocessed, and refreshed — nanoparticles are recovered and re-dispersed into new batches, minimizing waste and environmental impact.
Yes. We supply both bulk volumes for OEMs and system operators, and smaller quantities for pilot testing.
Contact us now to discuss your needs.
[ Get Started ]
Synano nanofluids are compatible with existing liquid cooling infrastructure. Whether you are retrofitting a current system or specifying a new one, our technical team will match the right fluid to your application and flow conditions.
We work directly with data center operators, OEMs, and thermal engineers. Contact us for a recommendation, a sample, or a performance estimate for your system.
