Steam forming furnace for automobile pipeline

Abstract

A steam forming furnace for an automobile pipeline comprises a heating and cooling system, a pipeline system and an operation table surface. The heating and cooling system comprises a steam furnace, acooling water tank and a gas tank. The heating and cooling system is further provided with an electric control screen, and the electric control screen is internally provided with a PLC. The pipelinesystem comprises a support, a steam main pipe, a cold water main pipe, a compressed air main pipe, a compressed air / clod water drainage pipe and a steam exhaust pipe. The operation table surface comprises an operation table surface support. The steam furnace is connected to the steam main pipe. The cooling water tank is connected to the cold water main pipe. The gas tank is connected to the compressed air main pipe. The heating and cooling system is connected with the pipeline system through an electromagnetic valve. By the adoption of the steam forming mode, a plastic pipe is clamped into a mold and then formed and fixed by using a steam forming mode, the plastic pipe is directly formed and taken down, the transfer link is reduced, and the time can be saved; steam is generated by burningnatural gas, and the cost can be reduced compared with electric heating; and the pollution of oil and gas can be remarkably reduced by using steam forming compared with electric heating.

Description

technical field [0001] The invention relates to the technical field of forming automobile pipes, and more specifically relates to a steam forming furnace for automobile pipes. Background technique [0002] In the prior art, the diameter of the oil pipeline for automobiles is about 6 mm, and plastic materials such as PU, PVC, and PPS are usually used. Pipelines in the automotive industry need to meet internal zigzag routing and fixed shapes. Plastic materials are softened after high temperature, and then cooled to achieve shape shaping. [0003] The existing plastic material shaping process method is to insert the plastic tube into the pre-prepared card slot, enter the oven through a cart, and heat it, then manually take out the heated plastic tube, and cool it down by water cooling or blowing cold air to achieve stereotyped. [0004] However, the process of forming by oven heating has the following disadvantages: [0005] ①Production cannot be increased; [0006] ②Large ...

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Problems solved by technology

[0009] Therefore, how to solve the problems of low production capacity, high energy consumption and relatively large pollution in the prior art of automobile pipeline forming using oven heating has become a problem to be solved urgently by those skilled in the art

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