New design reliable Carbon Fiber Infrared Ceiling mounted room Heating Plate

Carbon Fiber Infrared Ceiling Mounted room heating plate are perfect for winter use.

 

 

 

1 FAR INFRARED HEATING PLATE IS 100% NATURAL FOR OUR BODIES AND OUR WELL-BEING.

The human body is designed to accept and to emit infrared waves. Far Infrared heating works on the basis of gentle, long-wave Infrared which penetrates the air and heats solids. If you like the warmth of the sun then you will love the feeling you get from your new infrared heating system.

 

2 FAR INFRARED HEATING PANELSDOES NOT HEAT AIR BUT THE FABRIC OF THE BUILDING.

It is different to more traditional heating systems that just heat the air. The fabric of the building can retain heat for longer, creating better thermal comfort, so your property will not only be warmer and cosier, there will be less dust, and for asthma and allergy sufferers, less pollutants to breathe in.

 

3 LESS DAMP AND MOULD BECAUSE HERSCHEL FAR INFRARED HEATING WARMS WALLS AND KEEPS THEM DRY.

This will mean there is no damp or mould to ruin your decorations and all of the room will reach the same temperature.

 

4 GREATLY REDUCED ENERGY USE.

Experience shows that a sufficiently insulated building fitted with infrared systems and controls can expect significant reductions in energy usage.

Almost 100% of the electrical energy used by Infrared heaters is converted into heat. Our Infrared systems offer owners an unprecedented level of control over their property’s temperature and energy use, and offer higher thermal comfort levels. Compared with other gas oil or electric solutions, Infrared heating saves between 30 – 60% of the annual energy usage.

 

5 ECO ART FAR INFRARED PANEL HEATERS REQUIRE NO MAINTENANCE OR SERVICING.

Our heaters use solid state elements unlike water-based heating or fan-assisted systems, which often require servicing, inspection and repair costs. Herschel Infrared heaters and control products are certified to national safety standards.

 

6 ECO ART ELECTRIC INFRARED HEATING IS COMPLETELY FREE OF ALL CARBON EMISSIONS.

When used with electricity produced either by wind or solar generated electrical energy, is one of the only heating systems that can truly claim to be 100% carbon free.

How Is It Different From Conventional "Radiation"?

Heat may be transferred by conduction (warmth transferred by objects that are touching each other), or convection (heat that is carried from a warmer to a cooler body by an intermediate fluid such as air) or by radiation. Most conventional tube and fin "radiators" are in fact, convectors. They heat a space by warming the air that passes by the heated fins. This air, now warmer than the surrounding air, rises due to buoyancy. This is known as free convection. Where the air is moved past the fins by a blower or fan it is called forced convection. In either case the idea is the same, to compensate for perimeter heat losses by circulating warm air within the space.

By contrast, between 75 and 90 per cent of the energy from a radiant panel is propagated by thermal radiation. Thermal radiation is an electromagnetic radiation propagated due to a difference in temperature. Therefore, the heat is transferred to all bodies "seen" by the panel that are at a lower absolute temperature than the panel itself.

Why Are The Panels In the Ceiling?

It is often asked "Why put the panels in the ceiling? Heat rises, doesn't it?" The answer is no, heat does not rise. Warm air rises. The panels are most effective in the ceiling because from there, they are best able to "see" the objects in the room. Lights are placed in the ceiling for maximum effect. This is because from above, it is not obstructed by room objects and its light can be most effectively cast on the surroundings. Light is a type of electromagnetic radiation which has a shorter wave length than thermal radiation. Therefore, as with a light, the optimal location for a radiant panel is the ceiling.

Another reason for placing the panels in the ceiling is so that higher surface temperatures can be used. The rate of radiant heat transfer from the panel is governed by the Stefan-Boltzmann Law, q = S Ts4 , which demonstrates that the radiative heat transfer from a body increases dramatically as its temperature is increased. Radiant ceiling panels are typically operated at 79-85°C (175-185°F). On the other hand, were the radiant panels mounted on the walls or near the floor, safety code dictates that the panels could not be operated at high temperatures. Thus by placing the panels in the ceiling, the panels can be made to produce more output per area by simply increasing the water temperature.

Is this a Proven Technology?

Radiant panel technology is not new to the HVAC (Heating, Ventilating and Air Conditioning) industry. It is a mature, proven technology that has been in use in Europe for over 100 years. Over the last 35 years, the Canadian and United States HVAC industry has employed radiant panels in many commercial and institutional settings. In fact, since the much publicized outbreak of Legionnaire's disease (spread by contaminated central air systems), radiant heating systems have been the choice for U.S. Veteran's Administration Hospitals and, in the last 10 years, over 80% of the new hospitals constructed in the provinces of Western Canada have employed radiant panel ceiling heating systems.

A QUICK RESPONSE

   Our sales team will reply you 1 hour during working time.

B We will keep you informated about the process of the order.

C AFTER SALE SERVICE

    During the warranty period,we will be responsible for reparing products with problem for free.

D CUSTOM DESIGN SERVICE

    If you have the requirements about the logo and packing, pls tell us.