Explore the benefits of Infrared Heating

Infrared heating is guaranteed to save you money on heating your home, office, and outdoor areas. With rising energy costs, many people are looking for cheaper ways to heat their homes and businesses.

Because air is not the primary heat medium, heat is not lost as quickly through opening windows or doors.

High Efficiency: Convert nearly 100% of energy into heat, with no wasted energy heating air.

Lower Costs: Targeted heating means lower running costs and electricity bills. Up to 70% cheaper to purchase than conventional heating systems

Health & Comfort: No circulation of dust, allergens. Helping with asthma, allergies, and respiratory issues.

Pain Relief: Deep warmth improves blood circulation, reducing muscle pain and joint stiffness.

Mould Prevention: Dries out walls and furniture, preventing condensation, mould, and mildew.

Quiet Operation: No fans or moving parts, providing silent warmth. 

Infrared heating works in a fundamentally different way. 

Instead of heating the air, it emits radiant heat that travels directly from the heater to the people, walls, floors, and objects within the space. These surfaces absorb the energy and gently release it back into the room.

Many conventional home heating systems, such as radiators, rely primarily on convection. They warm the air immediately around them, which then circulates through the room. While effective, this process can lead to uneven temperatures, heat loss through draughts, and a constant cycle of warming and cooling air.

Infrared heaters emit electromagnetic waves in the infrared spectrum. These waves travel through the air with minimal energy loss and directly heat solid objects and people they encounter rather than the surrounding air. Creating a more consistent and comfortable warmth.

There are three methods of heat transfer: 

Conduction, Convection, and Radiation. 

• Infrared heating relies predominantly on radiation.
• The heater emits infrared waves.
• These waves are absorbed by surfaces and occupants.
• Absorbed energy is converted into heat, raising the temperature of those surfaces.
• The warmed surfaces then release heat gradually back into the space, providing a stable and even thermal environment.

This process is similar to the way sunlight warms your skin on a cold day, even when the air temperature is low.

Immediate warmth

Heat is felt almost instantly once the system is switched on, as there is no need to warm large volumes of air.

Even heat distribution

Surfaces maintain consistent temperatures, reducing cold spots.

Reduced air movement

Minimal convection means less dust circulation and fewer draughts.

Lower heat loss

Because air is not the primary heat medium, heat is not lost as quickly through ventilation or open doors.