

The Science of Sustainable Heating
The Science of Sustainable Heating
We often hear: "I've never seen anything like this before, how does it actually work?"
This innovative approach combines on-demand heating with residual warmth, giving you steady comfort at a lower operational cost.

Now, let’s take a closer look at the technology behind its performance.
Aluminium Casing

Aluminium Casing
Aluminium is one of the most thermally efficient material for radiator construction, offering:
- • 290% greater conductivity than mild steel: AAluminium transfers heat 290% faster than mild steel (which is what most radiators are made of).
- • Rust-Proof: Unlike steel radiators that are prone to corrosion, aluminium is naturally rust-proof, eliminating the risk of internal degradation and reducing maintenance costs.
- • Sustainable: We source high-quality aluminium locally (in Huddersfield), reducing carbon emissions and environmental impact compared to imported mild steel.
- • Zinc-Coated Screws for Longevity: Standard fasteners can fuse with aluminium over time, making maintenance difficult. Our zinc-coated screws prevent this, ensuring easy disassembly for repairs or part replacements.
High Thermal Mass with a Metamorphic Storage Stone

High Thermal Mass with a Metamorphic Storage Stone
Soapstone is a key differentiator in the NEOS electric radiator, offering:
- • Superior Heat Retention: With high thermal mass, soapstone absorbs and stores heat efficiently, releasing warmth long after the radiator is turned off, reducing energy consumption.
- • Exceptional Durability: Built to handle heat without cracking or wearing out—designed for years of consistent performance.
- • Non-Porous: Unlike other stone-based heating cores, soapstone does not absorb moisture, ensuring long-term structural integrity and consistent performance.
But it doesn’t stop there...
Convection is the most thorough way to heat up the room.
The NEOS radiator uses patented Quadvex Convection Technology to ensure faster, even heating across an entire room, eliminating cold spots.
Quadvex Convection: 4 Points Of Convection
Dual Convection: 2 Points
By incorporating a front panel in front of the standard flutes, the NEOS radiator achieves double the convection capability.

Serpentine Convection: 1 Point
The patented dimpled back panel creates a snake-like (serpentine) airflow pattern, causing air to rise and travel a longer distance in contact with the heating core. This extended contact time produces warmer air, so your room heats up faster.

Cool-wall Technology: 1 Point
The small holes at the tip of each back panel dimple draws latent cold air into the radiator. This prevents heat from being lost behind the radiator, directing up to 40% of the heat that’s normally lost to the back wall, into the room.

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