一、技术特性1．钢架式纤维固定方式，不会产生热桥短路，纤维采用层铺和叠

1. Technical characteristics <br>1. The steel frame fiber fixing method will not cause thermal bridge short circuit. The fibers are laid in layers and stacked in a staggered way. The furnace lining has a small thermal conductivity, good thermal insulation performance, and high energy-saving benefits. <br>2. The mechanical spring door self-weight pressing device is light and flexible, and has good sealing effect. The furnace door is separated from the furnace door during the lifting process, so that the pressed soft edge of the furnace door is not damaged. <br>3. The concave frame type furnace door is installed with fiber layers, so that the electric heating element does not expose the plane, and ensures that the electric heating element and fiber are not damaged by collision during the furnace door lifting process. <br>4. The resistance band suspension structure is safe and reliable. It is fixed on the fiber furnace lining with high-alumina porcelain screws, which is convenient for installation and maintenance. <br>5. An operation box is installed on one side of the electric furnace, so that the entry and exit of the trolley and the lifting of the furnace door can be easily operated at close range, which reduces the labor intensity of the operator, thereby reducing the failure rate of the equipment and ensuring the safe use of the equipment.

1、 Technical characteristics<br>1. The steel frame type fiber fixation method does not cause thermal bridge short circuits. The fibers are laid in layers and stacked in a staggered manner, resulting in low thermal conductivity, good insulation performance, and high energy efficiency of the furnace lining.<br>2. The mechanical spring furnace door self weight pressing device is lightweight and flexible, with good sealing effect. During the lifting process, the furnace door detaches from the furnace door, ensuring that the soft edges of the furnace door are not damaged.<br>3. The installation of fiber in the concave frame furnace door layer can prevent the electric heating element from exposing the plane, ensuring that the electric heating element and fiber are not damaged by collision during the furnace door lifting process.<br>4. The resistance belt suspension structure is safe and reliable, and is fixed on the fiber furnace lining with high aluminum ceramic screws, making installation and maintenance convenient.<br>5. Install an operation box on one side of the electric furnace, making it easy to operate the entry and exit of the trolley and the lifting of the furnace door in close proximity, reducing the labor intensity of the operators, thereby reducing the failure rate of the equipment and ensuring its safe use.

I. Technical characteristics<br> 1. The steel frame type fiber fixing method will not cause short circuit of thermal bridge, and the fiber is laid in layers and overlapped, so that the furnace lining has small thermal conductivity, good thermal insulation performance and high energy-saving benefit.<br> 2. The self-weight pressing device of mechanical spring oven door is light and handy, with good sealing effect. The oven door is separated from the oven door during lifting, so that the pressing soft edge of the oven door is not damaged.<br> 3. The concave frame type oven door is paved with fibers, which can keep the electric heating element out of the plane and ensure that the electric heating element and fibers are not damaged by collision during the lifting of the oven door.<br> 4. The hanging structure of the resistance belt is safe and reliable, and it is fixed on the fiber lining with high-aluminum porcelain screws, which is convenient for installation and maintenance.<br> 5. An operation box is installed on one side of the electric furnace, so that the access of the trolley and the lifting of the oven door can be easily operated at close range, which reduces the labor intensity of operators, thus reducing the failure rate of equipment and ensuring the safe use of equipment.