Rust-proof equipment for carbon steel parts and using method of rust-proof equipment

Abstract

The invention relates to the field of part rust-proof equipment, in particular to rust-proof equipment for carbon steel parts and a using method of the rust-proof equipment. The rust-proof equipment comprises a supporting flat plate, wherein a rust-proof mechanism is arranged on the supporting flat plate; and the rust-proof mechanism comprises liquid storage tanks arranged on the supporting flat plate, a suspension bracket is arranged above each liquid storage tank, the suspension brackets are connected with hoisting baskets, and the hoisting baskets are suspended in the liquid storage tanks. According to the rust-proof equipment for the carbon steel parts, through the arrangement of the rust-proof equipment, rust-proof operation can be carried out on the carbon steel parts, so that the service life of the carbon steel parts in the follow-up using process is prolonged.

Description

technical field [0001] The invention relates to the field of antirust equipment for parts, in particular to an antirust equipment for carbon steel parts and a method for using the same. Background technique [0002] Hardware processing is to process raw materials (stainless steel, copper, aluminum, iron, etc.) Production needs to be cut. After the production and processing of the metal processing parts, in order to prevent the outer surface from rusting, most of them will be treated with oil immersion and antirust treatment. [0003] At present, oil immersion antirust treatment is generally performed manually, which is very easy to pollute the environment, and it is not easy to control the rhythm of oil immersion. When multiple workpieces are antirust at the same time, it is difficult Moreover, after the workpiece is taken out of the oil drum, the antirust liquid attached to the workpiece will drip on the ground along with the workpiece, causing serious waste of the antirus...

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Problems solved by technology

[0003] At present, oil immersion antirust treatment is generally performed manually, which is very easy to pollute the environment, and it is not easy to control the rhythm of oil immersion. When multiple workpieces are antirust at the same time, it is difficult Moreover, after the workpiece is taken out of the oil drum, the antirust liquid attached to the workpiece will drip on the ground along with the workpiece, causing serious waste of the antirust liquid and increasing the processing cost of the factory. At the same time, it is easy to pollute the actual working environment when the workpiece is transferred to the line

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