Electric Curing Furnace for Heating Furnaces and Industrial Furnaces [Case Study Introduction]

Improved temperature distribution, increased production, and energy savings. This electric curing furnace achieves stable temperature distribution through the optimization of heater arrangement and effective utilization of exhaust heat.

[Example Introduction] This is a curing furnace for resin-impregnated glass tubes for batteries. ◆ Traditionally, the temperature distribution was not uniform in both the width and length directions, and production adjustments were made by varying the feed speed. ◇ By reviewing the arrangement of electric heaters and introducing hot air utilizing exhaust heat, the temperature distribution has improved, allowing for an increase in production volume. ~ In this case ~ The heat from the deodorized exhaust gas treated by the exhaust gas treatment system is recovered through a heat exchanger and reused in the furnace. This not only helps to equalize the temperature inside the furnace but also contributes to energy savings. The heat source can be electric, gas combustion, or hybrid, making it applicable to various works (heated objects). [Specification Example] ● Application: Curing furnace ● Processed material: Glass tube ● Feed speed: 8–10 m/min ● Temperature: 230–300℃ (furnace atmosphere) ● Heat source: Seized heater ● Heater capacity: Total 80 kW ● Effective dimensions: W2040×L8500×H210 ● Exhaust gas treatment: Direct combustion deodorization device (LPG burner) ● Equipped with an exhaust gas treatment device (self-manufactured) that deodorizes volatile components, achieving energy savings by introducing its exhaust heat into the furnace.

Synthetic resin fittingsSteelothers