Underfloor heating systems are an efficient and effective way of transferring heat energy around your home or commercial premises and is also compatible with a variety of central heating systems.
Integration & linking to underfloor heating
Spire Renewables supplies the complete renewables package ensuring seamless system integration.
Heat pumps systems are the perfect partner for underfloor heating
Underfloor heating is more efficient than radiators as it works at much lower flow temperatures. This makes it ideal for heat pumps, which provide optimum efficiency at low temperatures
The extensive range of underfloor heating systems means that virtually any project can now enjoy the benefits and is ideal for new builds, renovations and redesigns.
Why Underfloor Heating
- Lower Running Costs
Underfloor heating uses lower hot water temperatures than both radiators and skirting heating systems making the system far more energy efficient.
- Higher Comfort Levels
Underfloor heating covers the whole of the floor area equally therefore eliminating cold spots you sometimes have with conventional radiator systems.
- Increased Control
Each room or space with underfloor heating includes a dedicated thermostat that controls independently the temperature of each individual system, which can allow greater control over the energy used and thus saved.
- Better Aesthetics
Unlike radiators, underfloor heating is invisible and also does not take up any additional space or compromise the interior design options within the room.
- Labour Saving
With underfloor heating wet floors will dry very quickly and cleaning of the floor is easier making it suitable for both domestic and commercial properties.
Spire Renewables is an accredited expert of underfloor heating installation. All of our products are of the highest quality, durability and reliability and Spire Renewables underfloor heating system is no exception.
Spire Renewables can provide you with all the information and advice you need to decide on a solution that will work for your project .