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The tempering furnace is an industrial furnace designed to heat-treat ferrous metal products and increase their toughness. In terms of metallurgy, the toughness of an alloy describes its elastic deformation and energy absorption capacity before the material fractures. It is part of the complex relationship between metal ductility and strength, and high toughness values require a subtle intersection of the two.
The tempering furnace adopts the furnace structure concept that has been verified and developed continuously for more than ten years. Various heat treatment processes for various materials, such as heat treatment of metals, sintering of Teflon-based plastics, and baking of special coating agents after drying. Has a uniform temperature distribution and a short cooling rate.
Generally, high-strength materials are not malleable, but heat treatment of certain materials in a tempering furnace can release beneficial value on the two axes of this mechanical dynamics. Tempering furnaces are commonly used in the aerospace industry, where the material must be very strong but flexible enough to exhibit plastic deformation under different pressures.
