Infrared heaters are more energy-efficient than other space heaters. They use 100 percent of the heat they produce, which creates almost no loss in heat transfer to zone heat at a low cost.
A standard infrared heater uses 1500 watts. Infrared heaters use 7 watts per square foot (0.1 m²) compared to 10 watts for standard heaters. So, to heat an average-sized living room of 330 square feet, 2300 watts of infrared heat is required. Infrared heaters use 30 to 40 % less energy than regular heaters.
Improved Blood Circulation
Infrared heat dilates capillaries in the body, which greatly improves blood circulation. This means blood supply to muscles is increased when exposed to infrared heat. The improved circulation helps to improve wounds and muscle pain.
An infrared heater is better than an electric heater in terms of energy efficiency. These heating units use 100% of the heat produced compared to 80-90% for electric heaters. Infrared heaters also offer various power source options, such as propane, natural gas, and electricity.
The short answer is yes, infrared heaters can heat a house. In fact, they're great for keeping your entire home warm. These modern electric heating solutions offer a deep level of warmth for your living room, bathroom, bedroom and even your garden.
The short answer is yes – infrared heaters are entirely safe. Infrared heat works the same as sunlight: the infrared rays warm up objects (including people) rather than the surrounding air. Infrared heating is a safe, natural process.
Infrared heaters are perfectly safe to leave on overnight. Over-heating protection makes sure infrared heaters will not get too hot. Tip-over protection ensures shut down in case the heater should fall over.
Carbon infrared heaters will last for about 10.000 hours. Quartz heaters last between 20.000 and 60.000 hours. Infrared heating panels are the most durable and can last for 100.000 hours.
Simple. Such a heater consumes 36 kWh of electricity. Running a 1,500-watt heater for 24 hours will cost $4.80.
For a completely unhindered spread of heat, ceiling mounting your infrared panels is the way to go. Pointing your infrared panel down toward the floor ensures that living levels are always comfortably heated and all of the warmth created will be absorbed and re-emitted by the floor, walls and furniture.
Quartz infrared heaters offer very fast heat-up and cool down times. Ceramic heaters, however, require more time to heat circulating air and warm up the room via convection. Quartz heaters can be used to create quieter heating equipment as in most cases air movement from noisy convection blowers is not needed.
Infrared heaters are very cost effective to run because their long-lasting heat allows them to keep spaces warm using less energy. This is, in fact, key to why their running costs are so low.
Infrared panels operate most effectively at surface temperatures of around 90 ˚C. The panels will be hot to the touch but you will not burn from simply brushing against the surface.
When installed and used correctly, infrared heaters cannot cause fire. Most portable infrared heaters come with a protective casing, over-heating protection, and tip-over protection. Infrared panels do not get hot enough to cause a fire.
1500 watts will heat spaces up to about 150 square feet and can help you stay warm and toasty in a medium-sized room, office, kitchen, or modest-sized living room.
The eyes are especially vulnerable to infrared heat, and prolonged exposure can damage the eyes and lead to decreased vision. Far-infrared rays cause corneal burns, and even normal exposure times can cause some types of irritation.
Infrared Heaters – the lowest wattage per heat provided makes these the cheapest to run. Oil-Filled Heaters – their long-lasting heat makes the most out of the electricity. Storage Heaters – saves in running costs by using off-peak electricity tariffs.
It will take an infrared heating system of 1500 watts approximately 5 minutes to heat an average-sized 330 square foot room from 50 °F (10 °C) to 68 °F (20 °C). Factors such as insulation, outdoor temperature, objects in the room, and humidity levels increase the time needed to heat the room.
Infrared heaters require no oxygen from the room, and they often reduce the need for humidifiers during the winter, as they do not dry out the air.