Our technology
Positioned beneath the floor surface, electric cables are central to underfloor heating methods. Laid out in a serpentine pattern, these cables distribute heat evenly throughout the room.
During the natural process of convection, warmer air expands and becomes less dense, causing hot air to rise while cooler air sinks. This principle plays an important role in underfloor heating systems, where heat generated beneath the floor surface gradually rises upward, filling the room with warmth.
THE SPEEDHEAT ELEMENT
- Its design includes internal and external insulating sheaths that withstand heat and high voltage. The fluoropolymer insulation is fully waterproof and corrosion resistant.
- All Speedheat heating elements have a full earth screen for electrical safety as per IEC standards.
- Earth shields play a crucial role in enhancing the safety and efficiency of underfloor heating systems. These shields consist of an insulating material, such as aluminium or copper, wrapped around the heating cables.
- By providing an additional layer of protection, earth shields help prevent electromagnetic interference and ensure the integrity of the heating elements. This shielding technology minimises the risk of electrical faults and improves the overall performance of the system
RESISTANCE
The heating cables in our Speedheat underfloor heating system are designed with a specific resistance to produce and regulate heat. This resistance allows the cables to convert electrical energy into radiant heat. By carefully controlling the resistance of the cables, underfloor heating can maintain precise temperature levels, providing consistent heat across the floor surface.
RADIANT HEAT TRANSFER
Radiant heat transfer occurs when heat energy is emitted from a warm surface and absorbed by cooler objects and surfaces in its path. In the context of underfloor heating, electric cables installed beneath the floor surface act as the heat source. These elements emit radiant heat evenly across the floor, creating consistent warmth that rises.
- *650 watts consumption is based on an average-sized bathroom, approximately 7 square meters.
You can find more detailed information on the National Energy Action (NEA) website: NEA.