Industrial furnace with modular combined design

Abstract

The invention relates to an industrial furnace with a modular combined design. The industrial furnace comprises sub-modules of a furnace door module, a furnace body module, a vacuum chamber module, an air-cooled chamber module, a quenching chamber module, a water-cooled compartment module, a loading and unloading table module and a washing and drying machine module, wherein splicing flanges are arranged at the two ends of each sub-module in the industrial furnace; the sub-modules are connected through the splicing flanges at the two ends, bolts and sealing gaskets to form a heat treatment production line; each section of process of the heat treatment production line consists of one or more sub-modules according to different processes. According to the industrial furnace, independent heating chambers is modularized and spliced, so that a plurality of heating chambers can be spliced to form the production line, and are flexibly matched with different processes to reduce a dead space and lower the energy consumption; production can be flexibly expanded in case of insufficient productivity of each production line, and meanwhile, the industrial furnace is convenient to produce, maintain and replace.

Description

technical field [0001] The invention belongs to the field of industrial furnace manufacturing, and in particular relates to an industrial furnace with a modular combination design, which is mainly aimed at how to make flexible and quick adjustments to solve the problem of multi-variety, small-batch products and different processes in a roller-bottom large-scale continuous heat treatment furnace question. Background technique [0002] With the improvement of modern industry's requirements for heat treatment processing quality, heat treatment equipment has been widely used due to the advantages of the roller hearth transmission system. The product cannot adapt yet. [0003] The traditional heating furnace is designed as an integral steel structure, and the length and corresponding output cannot be modified and changed. Once the customer's production demand changes, it cannot respond flexibly. In the case of insufficient production capacity, the customer can only build another...

AI Technical Summary

Problems solved by technology

[0002] With the improvement of modern industry's requirements for heat treatment processing quality, heat treatment equipment has been widely used due to the advantages of the roller hearth transmission system. The product is not yet adapted

[0003] The traditional heating furnace is designed as an integral steel structure, and the length and corresponding output cannot be modified and changed. Once the customer's production demand changes, it cannot respond flexibly. In the case of insufficient production capacity, the customer can only build another production line. Consumption will rise sharply

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