The Analysis effectiveness of heat rate in 1000℃ furnace by considering the dimensions of walls melting container

The metal smelting business is expanding, moving from combustion-based to electric-powered smelts. By adjusting the quantity of electrical power that enters heater be transformed into heat, temperature melting chamber can quickly approach 1000°C. But if thermal resistance unable slow down rate heat transfer outside, inside likewise fall quickly. If keeps happening, furnace machine's 1000°C cannot reached, which makes process less than ideal. So maximized, an examination factor required in order estimate value on wall. To obtain information wall dimension fluctuation, procedure involves gathering data references and actual measurements furnace. Based findings, it was determined environment had impact values measured. (T2 = 25.8°C), chamber's (T1 1000°C), fire brick's conductivity at k=4.78 J/s m° C, as well variation area thickness resultant increases with increasing thickness. highest rating 4.389R a 150 mm Otherwise, higher when smaller portion employed. On 3600 mm2 area, 2.905R. In increase chamber, dimensions have significant compact generate best