Features: energy-saving and emission reduction technology ceramic fiber high-pressure module furnace lining, good heat preservation effect, fast warming speed. Silicon-carbon rod heating element, dedicated to forging heating, no exhaust emissions, instead of coal-fired forging furnace.

Structure: ceramic fiber silicon carbon rod box forging furnace structure, furnace shell by the steel and steel plate welded into a fixed structure, the user does not need to install the foundation, placed on the cement floor can be used.

Furnace lining with my company's energy-saving technology ceramic fiber high-pressure module, made of ceramic fiber high-pressure press special method of high-pressure modules assembled to form a whole fiber high-density energy-saving furnace lining structure (fiber lining production compression ratio of 255-65%). The use of ceramic fiber needle-punched blanket as raw material, the use of special high-pressure equipment made of compression, and in the process of high-pressure press will be high-density compression of ceramic fibers, to achieve the effect of perfect heat storage. The structure of the furnace wall is durable, energy-saving effect, light weight, compared with other products, the advantages of low thermal conductivity, low heat capacity, excellent corrosion resistance, excellent thermal stability and thermal shock resistance, adiabatic, and the anchors are set in the low-temperature surface of the furnace body to improve the high-temperature strength of the fiber.

Furnace door adopts upper and lower double door structure, the upper door is used for charging, and the lower door is lifted up and down, which is convenient for high-temperature charging, because only the lower part of the door is opened, the upper part of the door is closed, the heat loss of the furnace chamber is small, and it is not easy to cool down when charging.

The heating element adopts silicon carbon rods, which are arranged on both sides of the wall and heated by strong radiation from the silicon carbon rods.