Wheel hub washing and paint spraying combined production line

Abstract

The invention discloses a wheel hub washing and paint spraying combined production line. The wheel hub washing and paint spraying combined production line comprises a washing line and a paint spraying line which are independent. The washing line and the paint spraying line partially overlap, are staggered in an up-down high-low mode in the overlapped position, and share a drying oven outside the overlapped position. Compared with an existing painting production line, the wheel hub washing and paint spraying combined production line saves a drying oven, so that the purchase cost is reduced, the production cost is lowered, heat loss is further reduced, and energy is saved. Meanwhile, the wheel hub washing and paint spraying combined production line is small in occupied space, and land resources are further saved at present when the land resources are increasingly reduced.

Description

technical field [0001] The invention belongs to the technical field of wheel hub manufacturing, in particular to a wheel hub cleaning and painting combined production line. Background technique [0002] The traditional painting process of wheel manufacturing and processing adopts manual cleaning and spraying, which has many shortcomings: first, the quality of the painting is poor, the adhesion of the paint film is not good, and the quality of each batch of products is uneven; the second is the labor intensity of the workers. Large, and with the increase in labor costs, the production costs of enterprises are also increasing year by year. However, the existing coating production line uses two drying furnaces for drying after cleaning and curing after spraying, which leads to high procurement costs and waste of heat, and even the production workshop occupies a large area, wasting land resources. Contents of the invention [0003] The technical problem to be solved by the pr...

AI Technical Summary

Problems solved by technology

[0002] The traditional painting process of wheel manufacturing and processing adopts manual cleaning and spraying, which has many shortcomings: first, the quality of the painting is poor, the adhesion of the paint film is not good, and the quality of each batch of products is uneven; the second is the labor intensity of the workers. Large, and with the increase in labor costs, the production costs of enterprises are also increasing year by year

However, the existing coating production line uses two drying furnaces for drying after cleaning and curing and drying after spraying. The purchase cost is high, and there is a waste of heat, and even the production workshop occupies a large area, wasting land resources.

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