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Hotwatt, Inc.Danvers, MA 978-777-0070 Established in 1952, Hotwatt began with the manufacturing of a single product, the open coil heating element. Since then they have expanded their product line to include cartridge, air process, strip, finned strip, band, foil, flexible glasrope®, crankcase and many more. For all of your needs, including ceramic heating elements, call Hotwatt today so you can get started.
Detroit Radiant Products CompanyWarren, MI 800-222-1100 With over fifty years of manufacturing experience, Detroit Radiant Products Company's on-site approved testing laboratory and their extensive tooling capabilities are unmatched in the industry. This experience provides the company with flexibility and efficiencies that are a key element in providing optimal customer service and application specific solutions to your ceramic heating elements.
Thermal DevicesMt. Airy, MD 800-282-9100 Thermal Devices specializes in the sale of cartridge and other heaters. When it comes to ceramic heating elements, they have the skills and dedication to find the perfect product for your application. For an extensive line of cost-effective products, there is no better choice than Thermal Devices. Call or visit there website today to begin your next project with a company you can trust.
Solaronics, Inc.Rochester, MI 800-223-5335 Since 1962, Solaronics has been a leading U.S. manufacturer of heat products. In working closely with engineers, contractors and owners, we helped to establish standards and guidelines for product construction, performance, operation and application. When it comes to ceramic heating elements, Solaronics has exactly what you need and at an affordable price. Call today!
Intek CorporationUnion, MO 800-387-8559 With more than thirty-five years of experience in the industrial process heat field, the INTEK Corporation staff is ready to address your specific needs. Screen printings along with space and process heat systems are the major markets served by this company. For quality products, including ceramic heating elements, call INTEK for the service and expertise you deserve!
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Ceramic Heating Elements
An example of such a heater would be a heater used to keep food products warm. The heating element directly warms the substance rather than indirectly via fans or ductwork. In some cases, ceramic heating elements can be used in immersion heaters. An immersion heater involves heating elements that can be immersed in a liquid; the heating element then heats the surrounding material directly. Some of the many industrial and manufacturing applications where ceramic heating elements are found include heaters, ovens, dryers, and furnaces. Ceramic heating elements can be used in products that melt, cook, dry, warm, seal and reform substances. Many commercial and consumer products also contain ceramic heating elements, such as hair dryers, space heaters, toasters and irons.
Ceramic heating elements are capable of generating high, evenly distributed heat. They are considered by many professionals to be superior to wire heating elements because of their higher heat generation capacity and the evenness with which they are capable of distributing heat. They also tend to last longer than wire heating elements and are less prone to causing fires. Ceramic heating elements are such effective heaters because of their high electrical resistance. The extent to which a heating element is electrically resistive determines its heat generation capacity. Ceramic heating elements are also more durable and long lasting than other heat element varieties. Ceramic heating elements can be found in rectangular, square, flat, cylindrical, or partial cylinder shapes. In many cases, particularly in the case of very small heaters, a ceramic heating element may be no larger than a few short fibers. In other cases, as is the case with hair straightening irons, the heating elements can be long, flat plates. The shape and size of a given ceramic heating element depends on the demands of its intended application. All heating elements should be chosen carefully based on the demands of their application in order to ensure safe and effective operation.