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Bantam-Series Macrowave is designed for biscuit and cracker baking production lines with up to 3.2’ (1 m) wide bands, producing 3,000 pounds per hour or less.
ImageWave uses single-mode high power microwave energy that feeds directly into the product and then reflects directly back with minimal wasted energy.
Intended for applications in the converting and textile industries with patterned water-based glue and coatings, Macrowave selectively heats only the patterned coatings (wetted sections) on the web.
Registration is open for a new electrotechnologies seminar from IHEA that offers twin training tracks will be held October 21-22 at the Conrad Hotel in Indianapolis.
Production and process engineers seeking training on combustion-related equipment and electrotechnologies should consider a trip to Indianapolis for seminars planned by the Industrial Heating Equipment Association.
Radiation is energy transfer via electromagnetic waves. The electromagnetic spectrum includes radio waves, X-rays, gamma rays and visible light, but the most useful part of the spectrum for heat transfer is infrared.
In my last column, I began describing radiation heat transfer and the factors affecting it. Radiation is a more complex phenomenon than it appears at first glance, so it's necessary to carry on the discussion to give you a complete picture of what it is and how it behaves.
Radiation is energy transfer via electromagnetic waves. The electromagnetic spectrum includes radio waves, X-rays, gamma rays and visible light, but the most useful part of the spectrum for heat transfer is infrared.
In my last two columns, I've investigated convection and conduction heat transfer, so now I'll look at the third member of the heat transfer triumvirate -- radiation.