Device for baking and curing inner anti-corrosion layer of pipe

Abstract

The invention provides a device for baking and curing an inner anti-corrosion layer of a pipe, which comprises a baking oven, a curing oven, a heat insulation chamber and a chain conveying mechanism, wherein the heat insulation chamber is arranged between the baking oven and the curing oven and is mutually communicated with the baking oven and the curing oven, and the chain conveying mechanism sequentially passes through the baking oven, the heat insulation chamber and the curing oven to form a circulation loop. The pipe is directly conveyed from the baking oven to the curing oven by the device through the chain conveying mechanism, the cooling of the pipe baked by the baking oven can be effectively prevented through the heat insulation chamber, therefore, the energy can be saved, and the consumption can be reduced; the heat energy can be effectively collected through a worm case arranged in the oven, the stability and the uniformity of the circulated air supply can be ensured, the heat balance in a hearth can be ensured, meanwhile, the heat energy is prevented from being spread out, and the energy consumption can be saved.

Description

technical field [0001] The invention relates to a pipe material processing equipment, in particular to a device for drying and curing the inner anti-corrosion layer of the pipe material. Background technique [0002] In many fields, such as pipes used in the petroleum industry, anti-corrosion treatment is required, especially internal anti-corrosion treatment. During the treatment of the inner anti-corrosion layer of the pipe, it includes drying and curing the inner anti-corrosion layer. At present, most enterprises use a batch furnace or a single curing furnace to cure the inner anti-corrosion layer. This kind of processing method not only occupies a large area for frame storage and wastes energy, but also the temperature in the furnace is not uniform, resulting in unsatisfactory molding quality of the inner anti-corrosion layer. Another way is to use two independent continuous furnaces. First, the anti-corrosion layer is dried by a drying furnace. After cooling, it is se...

AI Technical Summary

Problems solved by technology

This method does not achieve the effect of curing the anti-corrosion layer in the early heating stage of the curing furnace, and it takes a long time to meet the curing process requirements, which is a relative waste of energy

In addition, traditional drying furnaces and curing furnaces are continuous furnaces without a volute device at the air outlet. Most of the heat is concentrated in the combustion chamber and the air outlet. uneven

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