Improved high-efficiency detergent

Abstract

The invention discloses an improved high-efficiency detergent which is prepared from the following raw materials in parts by weight: 4.3-5.6 parts of methyl propenyl cyclohexene, 2.8-4.5 parts of wood ash powder, 5.6-7.8 parts of glutamic acid, 3.5-5.4 parts of N-dimethyl acrylamide, 5.5-7.5 parts of sodium tartrate, 2.4-5.5 parts of an adsorbent and 3.3-6.5 parts of inorganic base. As the above components have a relatively good synergistic effect and overlapping effect, the detergent is not only low in surface tension and high in cleaning property, but also very high in cleaning and oil removing effect and anti-rusting property, the testing effect of the detergent is similar to that of gasoline and kerosene, the detergent can completely replace gasoline and kerosene to wash and remove oil of metal components and overall motors with relatively high requirements, and thus a great amount of resources such as gasoline and kerosene are saved; the detergent is free of irritation on human skin and is safe and reliable to use.

Description

technical field [0001] The invention relates to an improved high-efficiency cleaning agent, which belongs to the field of chemical products. Background technique [0002] Metal parts, such as engine cylinder liners, piston rings, bearings, etc., need to be degreased and cleaned before assembly and painting to obtain high cleanliness. In order to obtain a high degree of cleanliness in the prior art, kerosene and gasoline with low surface tension and good permeability are usually used as cleaning media. However, using gasoline and kerosene as the cleaning medium will cause fuel waste on the one hand and cause greater pressure on the tense situation of oil resources; in addition, using fuel oil as a cleaning agent has serious fire hazards in production because of its poor flammability and safety. Hidden dangers and high cleaning costs. For this reason, people have developed various synthetic cleaning agents, but their main shortcomings are: high surface tension, poor permeabi...

AI Technical Summary

Problems solved by technology

However, using gasoline and kerosene as the cleaning medium will cause fuel waste on the one hand and cause greater pressure on the tense situation of oil resources; in addition, using fuel oil as a cleaning agent has serious fire hazards in production because of its poor flammability and safety. Hidden dangers and high cleaning costs

For this reason, people have developed various synthetic cleaning agents, but their main shortcomings are: high surface tension, poor permeability, unsatisfactory cleaning effect, and difficult to meet the high cleanliness requirements of steam and kerosene cleaning; secondly, in the cleaning process Neutralization and oil stains will produce emulsification, shorten the service life, reduce the cleaning effect, cause frequent replacement of cleaning agents, and increase cleaning costs; moreover, such cleaning agents have relatively poor defoaming performance, and are generally difficult to use for high-quality high-pressure jet cleaning

Therefore, it is not used in precision parts cleaning and non-ferrous metal parts degreasing cleaning