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KERONE is a recognized leader in the field of tubular electrical heating elements, known for the quality and performance of its products and its services. kerone aims at producing standard and customers specific electrical tubular heaters for various industrial & domestic use produced as per national & international standards. Policy KERONE is to build client specific products & services to meet the growing demand for industrial and home appliances. KERONE has fully integrated Manufacturing Facalities to meet all the requirements for producing tubular electrical heaters. Specific to the need we have state of the art machines which can produce straight, modulated, multi-dimentional and client specific heater to international standard. Our testing facility is geared to qualify all our products to national & international standards. Our products are stamped and rated as per ISI: 4159. KERONE is comprehensively ready to meet ever increasing need of all industrial & domestic requirements and is fully geared to all futuristic demand. |
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Infrared (IR) is a part of electromagnetic spectrum and lies just beyond red color of visible light. Infrared is invisible. However it has properties similar to light i.e. it travels at the speed of light, it can be directed or focussed and it can travel even in vacuum. When IR radiation is absorbed by an object , heat is generated internally in the object as IR causes the atom of the object to vibrate, raising its temperature. ( Temperature of any substance is a measure of the severity of the vibration of its atoms.) IR does not need a medium like air to heat a substance. IR wavelengths begin at 0.7 microns and wavelengths up to 10 microns have significance as far as industrial heating is concerned. These wavelengths are determined by the IR source temperature and each temperature has a characteristic spectrum with a "peak wavelength". A graph showing typical spectral distribution of energy for different types of IR sources is shown here. |
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| Infrared heating is regarded as the preferred source of heating for various applications because of the advantages it offers: Non contact heating Better quality of the product One stage heat transfer High energy efficiency Faster rate of heating Shorter heating cycles, consequently shorter oven lengths for continuous operations Low thermal inertia Shorter heat up and cool down time Emitters that respond instantly High controllability and control accuracy No combustion by-product Clean system Modular construction Flexibility |
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