The Heat Transfer Solution manufactured with Cycle Nano Technology, offering High Thermal Conductivity and High Heat Transfer, is designed for use in radiators, central heating systems, combi boilers, heat exchangers, and all types of closed-loop heating applications. Developed to provide HIGH ENERGY SAVINGS and COMFORT, this next-generation solution incorporates advanced technology and a high-surface-area structure suitable for both residential and commercial systems.
While delivering superior heat transfer performance, this solution also significantly reduces carbon emissions, prevents corrosion, enhances system stability, and provides high economic efficiency with its environmentally friendly and reusable formulation.
Density:
1.04 – 1.06 g/cm³ (+0.002)
Viscosity:
Low 10 – 25 cp
Freezing Point:
-25°C
Service Life:
3 Years (in environments without direct sunlight)
pH Level:
Stable 6.92 – 7.1
Appearance:
Black/Grey semi-transparent, homogeneous fluid
Provides faster heating. (Does not freeze at -25°C)
Ensures higher heat efficiency with less energy consumption.
Prevents sediment formation and minimizes deposits.
Maintains internal surface stability and protection.
Offers approximately 50% heating fuel savings (with accurate system volume calculation).
Provides 20–25% additional heat-carrying performance compared to tap water.
Does not cause calcification; forms a protective barrier against scale build-up.
Increases heat transfer capacity.
Delivers high thermal performance.
Provides corrosion protection.
Enables low carbon emission within the system.
Significantly reduces sludge, sediment, and bacterial formation.
Eliminates the need for additional filtration in piping systems.
Delivers faster heating when used with auxiliary heaters.
Odorless, low-pH, and low-viscosity structure.
Provides sound insulation.
Compatible with Cast Iron – Copper – Aluminum Panel – Steel/Metal Radiator systems.
Does not damage central heating boilers, internal installations, or equipment; instead extends their lifespan.
Reduces maintenance costs, repair needs, and replacement frequency.
Offers eutectic mixture characteristics.
Eutectic mixture: A combination of two or more biodegradable components.
Low Vapor Pressure
Skin and Body Compatibility**
This describes an ionic liquid mixture with advanced stability characteristics.
With the Cycle Nano Heat Transfer Solution, heat spreads more quickly, and radiator surfaces warm evenly and consistently. As a result, the system reaches the target temperature in a shorter time, creating ideal conditions for HIGH ENERGY SAVINGS.
Building Type: 100 m² apartment (standard insulation)
Heating System: Combi boiler, 8 radiators (75 m² surface area)
Expected Savings: 42% – 56% energy reduction
Outdoor Temperature: -25°C
Target Indoor Temperature: +22°C
Boiler Outlet Water Temperature: +55°C
| Feature | Conventional Antifreeze | Cycle Nano Heat Transfer Solution |
|---|---|---|
| Thermal Conductivity (W/m K) | 0.38 | 0.61 – 0.72 |
| Viscosity (25°C, cP) | 57 | 54 – 57 |
| Heat Capacity (kJ/kg K) | 2.90 | 3.9 – 4.1 |
| Radiator Outlet Temperature Difference | 7.5°C | 4.2°C |
| Average Energy Savings | – | 42% – 56% |
| Max. Achievable Room Temperature | 21 – 23°C | 28 – 33°C |