When purchasing resistance-heated finned tube heat exchangers, do you often encounter the problem of "large oil temperature fluctuations and difficult steam consumption control"? Especially when the oil pouring flow rate changes, fixed-power heating and steam heating solutions each have limitations.
Compared with direct immersion electric heating tubes, finned tube heat exchangers use fins to expand the heat exchange area. The metal tube material is commonly 10# steel, with a maximum working temperature of 100°C and a working pressure below 0.6MPa. Its structure allows installation when the oil tank opening is ≥Ø65, making it suitable for space-constrained oil tanks.
In terms of automatic control, this product can control the steam feed rate according to the oil inlet and outlet temperatures and the oil pouring flow rate, achieving on-demand heat supply. Unlike similar solutions with manual adjustment, this linkage method helps reduce steam waste and oil temperature overshoot. For batch oil pouring operations, where the inlet and outlet oil temperature difference changes frequently, automatic control can keep the oil temperature stable.
Maintenance and training comparison: Some similar heaters only provide installation guidance, while resistance-heated finned tube heat exchangers, after normal operation acceptance of the equipment, have professional engineers provide on-site maintenance and operation training without personnel restrictions, with training organized twice a year. For buyers, this lowers the threshold for subsequent operation.
From the perspective of application scenarios, this heat exchanger covers electric heating ovens, chemical equipment, plastic molding and auxiliary equipment, hot press molding machinery, cigarette machinery, rapid sealing machines, pharmaceutical machinery, sauna equipment, electric water boilers, kitchen equipment, industrial cleaning equipment, commercial air conditioning and drinking water equipment, solar energy equipment, electric fryer equipment, wave soldering electronic automation equipment, semiconductor eutectic welding, die-casting input runner heating and unable-to-runner injection, as well as heating machinery supporting components in industries such as plastics, food, medical, textile, petroleum, machinery, electroplating, and packaging. During procurement, parameters need to be matched according to medium characteristics and temperature requirements.
