Studies

Infrared energy is the frequency range on the electromagnetic spectrum that falls immediately below visible red light. The body's tissues normally produce infrared energy (which is why people can be seen on infrared cameras) for warmth and tissue repair. Infrared energy can penetrate the body more than an inch to provide heat deep in the body where it is needed. Conventional heating systems only heat the air around the body. Infrared is the energy behind the warmth we feel from the sun, even on cold winter days.

In the wintertime, we feel we need to wear a sweater in order to be comfortable in a room with an air temperature of 18C (70F) However, in the summer time, we feel comfortable with short sleeve shirts and shorts with the same air temperature. Why is this? It is because the infrared waves heat the objects around us and this heat radiates and warms our bodies. We’re warm on the inside.

Infrared waves are thermal. In other words, we experience this type of infrared waves every day in the form of heat! The heat that we feel from sunlight, a fire, a radiator or a warm sidewalk is infrared. The temperature-sensitive nerve endings in our skin can detect the difference between inside body temperature and outside skin temperature.

Infrared Waves

Infrared heat waves can be felt, but not smelt or seen. This is implied by the name: The prefix "infra" from Latin, means "below", or "beyond". So we are talking about electromagnetic waves, which are “below-red” in the visible light spectrum. The Infrared band covers a range of wavelengths between 780 and one million nanometres (1 millimetre). The human eye can not perceive these wavelengths. To help explain this, a single human hair is about 70,000 nanometres thick. Infrared waves are therefore invisible to us but we know that they are there because we can feel it on our skin.

Our elements mainly emit low-impact, long-wave infrared-C waves, which penetrate and warm solids.

REDWELL IS WORTH IT!

It is the simplicity, the compactness, the functionality and last but not least the beauty and elegance, which make our heating elements as unique as they are.

WHAT YOU SHOULD CONSIDER:

no chimney necessary
minimal costs for renovation
unusually long product life
energy saving
low purchasing price
no maintenance necessary - no incidental expenses

WE CANNOT DO MAGIC, BUT WE CAN:

dry the masonry - or keep it dry
reduce thermal conductivity which reduces energy costs
lower the room temperature by about 2º C
reduce transport of warmth through the room exterior, due to the smaller difference in air temperature
reduce energy loss through air exchange (ventilating, cracks, etc.)

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Studies