Infrared Heaters & Infrared Heater Manufacturers
Infrared heaters use electromagnetic radiation from invisible infrared light to heat objects, materials or spaces with the help of a reflective shield. Infrared heat waves are long electromagnetic waves located very near the visible part of the electromagnetic spectrum which can give off a large amount of heat that is easily absorbed by many surfaces. Produced by a heating element, the infrared waves give off radiant heat which is able to heat objects and surfaces without needing a medium or air molecules for transportation.
Infrared heat can penetrate materials and gases more easily than typical convection heaters. Infrared heaters are more efficient than UV lamps, which require light waves to effectively heat an object. Infrared heat can be used in a number of different applications due to the wide variety of heater types including: space heaters for smaller spaces, radiant heaters and radiant gas heaters which convert heat from gas flames to reflect, door heaters and outdoor heaters, tube heaters usually have the heating element contained in a glass tube, infrared patio heaters and more. As infrared heaters tend to make very conservative use of energy, they can be used to heat spaces as large as warehouses or sheds and garages. Some infrared heaters use ceramic, glass or metal for the heating element, but quartz heaters are one of the most commonly found types because of the capacity of quartz to heat up very quickly. Electric infrared heaters typically have a coiled tungsten wire as the heating element and these heaters are commonly used in domestic appliances requiring immediate heat.
Some Leading Manufacturers
Union, MO | 800-387-8559
At INTEK, we are dedicated to supplying you with the very best heating solutions. Our patented electric infrared heating element provides the most effective and reliable performance in the industry, and we back this performance with unparalleled service. With a skilled staff and flexible manufacturing capabilities, we can satisfy any of your design and fabrication requirements. Whether you need a single heating element or a full heating array, we can make an infrared heating solution for you!
Hawthorne, NJ | 800-720-5256
Anderson Thermal Devices supplies infrared heating products for many different industries and applications. Our infrared heaters are utilized in the electronics, medical, automotive, printing, filtration, and semiconductors industries as well as many others. We specialize in supplying quartz infrared lamps, so we have the energy efficient infrared heating solutions you need! Get in touch with us to see what we can do for you!
Clio, MI | 810-686-7221
WECO International is a custom manufacturer and supplier of industrial heating and control solutions. We leverage over 40 years of experience and expertise to create high quality infrared heating systems. Whatever your specifications or application needs, we know we can supply you with an exceptional, cost effective solution! For superior quality and reliability, call us or submit a request for quote!
Mt. Airy, MD | 800-282-9100
Heating is the name of the game for all of us at Thermal Devices. We offer a huge range of heating products and devices including tubular heaters, radiant heaters, space heaters, and many others. With one of the widest selections of infrared heating systems, we know we can find the perfect heating solution for your applications. Visit our website to view our complete collection of infrared heating products or give us a call!
Oak Ridge, TN | 865-574-9784
Infrared Heating Technologies is the number one source for expertly designed and manufactured infrared heaters. Our infrared heating systems are some of the most energy efficient heaters on the market. Customers around the world take advantage of our superior technology and superior performance, and with our diverse offering of infrared heaters, ovens, and furnaces, we can serve almost any industry and application. Contact us today for more information!
Cary, IL | 800-762-3468
Durex Industries provides leading energy efficient infrared heating solutions. Our company has a long history of successful manufacturing and we aim to make your applications to have a competitive advantage. As a solutions-oriented manufacturer we will work with you to find the perfect solution. If you would like more information please give us a call today!
Some other common uses for infrared heating includes: room or space heaters, industrial uses such as plastic welding, drying of coatings or in glass processing, for animal care in zoos and veterinary clinics and medically for the relief of arthritic joint pain. Due to their high level of energy efficiency, infrared heaters are considered a “green” or environmentally sustainable method of creating heat. Using infrared heating in the place of regular forced air heaters in space heating, drying and curing applications has a large number of benefits, both environmentally and economically. As various materials react to and absorb heat differently, a material’s radiant heat absorption properties are taken into consideration when determining the use of infrared heaters. Unlike other heating methods, infrared light causes an immediate source of heat and removes the existence of a lag between switching on a heater and feeling its effects. As infrared air heats up the intended object or surface without heating up the air or glass or covering in between, it is able to heat the same object in much less time – therefore saving both energy and money. Large buildings such as sheds, barns and garages allow great amounts of air to escape, and so infrared heaters are commonly used above the doorways of these buildings to heat the incoming air and prevent heat loss from within the building.
In terms of construction, infrared heaters are made up of a heating element and a reflective surface that is used to direct the heat rays onto an object for heating. The heater is generally available with a protective encasement covering the heating element to prevent injury from contact with heat. This covering can be made from materials such as aluminum, brass, copper, iron, stainless steel or steel. The material will come into close contact with extreme heat and so needs to be able to withstand high temperatures. Parameters to consider in the design of an infrared heater and in determining applied use for a heater include: the material choices for shield, the temperature that the heater will reach internally, the necessary voltage to receive and convert into infrared waves, maximum watts able to be produced by the heater etc. Electric and gas infrared heaters have different heating elements, although both types contain the element within a radiating tube, and as such are sometimes referred to as tube heaters. Gas heaters use the heat energy from a gas flame and convert it into infrared electromagnetic radiation through filaments, tubes, or ceramic heat exchangers combined with a series of reflectors to direct the resulting heat. Some radiant heaters may combine fans and air movement to redistribute heated air molecules and spread heat around a room faster, but these are not necessary for efficient infrared heating.
Further advantages to using infrared heaters include: as there are no burning fuels, infrared heaters do not emit harmful fumes into the environment and typically result in less health risks than other methods of heating. Infrared heaters do not produce high volumes of carbon dioxide. A further result of this is that infrared heaters are not a major cause of oxygen and moisture removal from the air, allowing heaters to be used in applications such as livestock and residential heating. Another benefit to not using fuels and to the overall temperature of the heating element being lower in infrared heaters results in a decreased risk of fire or burning. Furthermore, as infrared heaters do not rely on air molecules to transport heat and instead actually heat the object, or the air, and so heating patterns are more uniform. With conventional heaters, there are often pockets of warm and cool air depending on convection currents within a space and this can create problems, especially in industrial processes which require more precision.