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Infrared Heating Element Manufacturers and Suppliers

IQS Directory provides a comprehensive list of infrared heating element manufacturers and suppliers. Use our website to review and source top infrared heating element manufacturers with roll over ads and detailed product descriptions. Find infrared heating element companies that can design, engineer, and manufacture infrared heating elements to your companies specifications. Then contact the infrared heating element companies through our quick and easy request for quote form. Website links, company profile, locations, phone, product videos and product information is provided for each company. Access customer reviews and keep up to date with product news articles. Whether you are looking for manufacturers of quartz heaters, electric infrared heaters, tube heaters, or customized infrared heating elements of every type, this is the resource for you.

  • Wainfleet, ON 800-403-3279

    Easy Radiant Works provides leading energy efficient infrared heating solutions. We offers a complete range of gas fired low and high intensity infrared heaters for industrial, commercial, sports facilities, hospitality, agricultural and residential applications throughout the United States. Our innovations continue to evolve; superior technology & performance remain constant. Contact us today to learn more information!

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  • Tucson, AZ 800-423-4078

    GLO-QUARTZ® manufactures radiant infrared heaters, duct heaters, quartz tubes and T3 lamps for warming, drying and curing applications used within industrial process heating equipment. For over 40 years, we have been leading the industry with our manufacturing design and technology.

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  • Johnson City, TN 800-682-3398

    Markel Products Company is a manufacturer of highly specified heating products for the HVAC market. We Specialize in products such as Hazardous Location, Washdown and Cabinet Unit Heaters, Duct Heaters, Wall Heaters, Electric Baseboard and Electric Hydronic Baseboard. We have been the choice of professionals since 1921.

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  • Alpharetta, GA 800-241-0412

    Since 1947, we have been known for our process heating and control products. But, did you know that we also make custom and standard radiant infrared heater elements, infrared panels and replacement panel reflectors? CLEPCO offers infrared quartz radiant elements 24-72" in length (12" increments).

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  • Edgewater Park, NJ 866-747-4328

    Quartz Infrared manufactures infrared heaters, elements and coils. Our specialties include prototypes and custom designs with rapid delivery. We supply standard replacement elements for industrial, commercial, process and service industries. Applications include paint, coating and ink drying, food service, process heating, screen printing and shrink packaging. Contact us today!

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ARTICLES AND PRESS RELEASES

Intek Wins Leadership Award for Innovation

By Gregg Jones, Missourian Staff Writer Intek Corporation, Union, recently was recognized by others in the manufacturing world with the Engineering, Innovation and Design award. The Union business was presented the award by the Missouri Association of Manufacturing during the 2016 Made in Missouri Leadership Awards. “It gives us a sense of validation,” said Intek President and owner Jesse Stricker. “We’re small but we’re running with the big dogs.  “It gives credibility to our customers and employees alike,” he added. The award was presented to Intek for its innovative work... Read More

businessIndustry Information

Infrared Heating Elements

Heating elements are items that convert electrical energy heat, typically doing so using the resistive heating process, also known as the Joule heating process. Heating elements are produced using a variety of different materials, including metal, ceramics, composite alloys and polymer PTC (positive temperature coefficient) rubber. These various heating elements are used to provide heat any number of electrical devices, such as heaters, toasters and ovens. One particular type of heating element that is different from many others is the infrared heating element. Infrared heating elements are different from their fellow heating elements because of how they get their heat, which is from infrared waves. Infrared waves may be classified as a type of electromagnetic radiation. In turn, electromagnetic radiation is simply made up of waves of energy on the electromagnetic field. Joining infrared waves in this fields are radio waves, micro waves, gamma radiation, x-rays, visible light and ultraviolet light.

Infrared heating elements are known to transfer heat far more effectively and efficiently than other heating elements. The main reason that they are able to boast this distinction is the fact that when heat is being transferred using infrared heating elements, very little energy is lost to air. Infrared heating elements are popular for use in heating systems, in curing processes, in cooking, in plastic welding, in plastic shrinking, in plastic preheating, in glass heating, in metal heating and for the warm suckling of animals in zoos or at veterinary clinics. In addition, because they do not need to establish direct contact in order to transfer heat, infrared heating elements are considered to be of great value to vacuum applications.

To accomplish all tasks in the best way possible, infrared heating elements are made using a variety of different materials. First, many infrared heating elements are produced using wire coils wrapped in an insulating or protecting material. Most commonly, these wire coils are made from tungsten, but they may also be made from other metals, such as nichrome, kanthal and cupronickel. Nichrome, also known as chromel, is a mixture of nickel and chrome, with the dominant element being nickel. It exhibits high levels of resistance and the first time it is heated, it forms an adherent layer of chromium oxide. This layer later serves the heating element well, preventing the material beneath it from oxidizing and deteriorating faster. “Kanthal” refers to an entire class of alloys. Alloys in this class are highly resistive and are composed primarily of iron, chromium and aluminum. Cupronickel, also known as copper-nickel, is another resistive wire. This alloy is composed of, as its name suggests, copper and nickel. Other materials that may be used to create infrared heating elements include glass, quartz and ceramics. To generate heat using infrared heating elements, an electric current must pass through the coils. When the current passes through the coils, it is met with resistance, an experience to which it responds by generating heat. Upon its generation, the heat emitted outwards in the form of infrared radiation. As infrared radiation, it conveys thermal energy, i.e. heat, to the items with which its waves come in contact. Infrared radiation, or radiant heat, is a very strong type of heat source because, unlike so many other heat sources, it does not need a secondary medium to convey heat. Rather, it can travel to and be absorbed by surfaces on its own. It can also penetrate liquid materials, solid materials and gases alike more easily and more completely than, say, convection heating elements. Likewise, infrared heating elements can also penetrate surfaces more efficiently than ultraviolet heating elements, which can only work with the addition of light waves.

Shoppers are afforded a variety of options when it comes to their infrared heating elements. They are available in both standard and custom configurations. Customers may order elements in horizontal orientations or vertical orientations and they have many choices of caps, including tipped end caps, standard end caps, flat end caps, insert caps, over caps, slotted over caps, notched over caps, tipped insert caps, flat over caps, heavy duty tipped over caps, tipped over caps and tipped long insert caps. All of these caps are available in different sizes, which are typically one inch or under. Individual infrared heating elements are available with numerous tolerances, including electrical tolerances (resistance/wattage, maximum voltage and maximum amperage), length tolerances (heated length and tube length plus ceramic length) and cold ends. Likewise, they are available with a variety of physical specifications, including their inside diameters, outside diameters, terminations and lengths.

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