Cleaning agent for electrification maintenance and using method thereof

Abstract

The invention discloses a cleaning agent for charging maintenance and a using method thereof. The cleaning agent comprises: 80-95 parts by weight of a compounded hydrocarbon solvent, 1-3 parts by weight of a compounded antistatic agent, and 2-2 parts by weight of a compounded penetration aid 5 parts by weight and 7-10 parts by weight of a compound cleaning aid; the compound hydrocarbon solvent is composed of a C9-C12 alkane hydrocarbon solvent of 60-80% by weight and a flame retardant of 20-40% by weight; The compounded antistatic agent is composed of various non-ionic antistatic agents; the compounded penetration aid is composed of 35-38% by weight of fatty alcohol polyoxyethylene ether and 62-65% by weight of imidazolium benzenesulfonate; The compound cleaning agent is composed of 50-55% by weight alcohol reagent, 30-35% by weight ether reagent and 10-20% by weight non-ionic emulsifier; the pH value of the cleaning agent is neutral , the cleaning agent of the present invention can remove oil stains, dust, iron filings, carbon powder, water and other dirt that cause electrical equipment failures under electrified conditions, and can even clean parts that cannot be touched by hands, thereby saving maintenance time and reduce maintenance costs.

Description

technical field [0001] The invention relates to the technical field of cleaning agents, in particular to a cleaning agent for electrification maintenance and a method for using the same. Background technique [0002] Charge cleaning technology generally refers to a technology for cleaning electrical equipment that cannot be powered off, is not suitable for power outages, or has periodic power outages. During cleaning, professional cleaning personnel use necessary tools and special cleaning agents to carry out operations according to operating regulations, and quickly remove them. All kinds of dust, oil and other dirt on the surface and deep layers of the equipment, remove the "soft faults" caused by pollution, such as static electricity hazards, line hazards, etc., so as to improve the safety and reliability of equipment operation and restore the equipment to the best The working status of the equipment, and prolong the service life of the equipment, to achieve the purpose o...

AI Technical Summary

Problems solved by technology

[0003] There is a huge market demand for live cleaning technology. For example, cities in coastal areas are often affected by disastrous weather such as sea fog, thunderstorms, and typhoons. This product can not only clean the equipment itself when it is charged, but also ensure that the equipment operates in a relatively good working condition in harsh environments such as flood seasons and salt spray corrosion; The room is located near the garbage room in the community, and the surrounding air is weakly acidic. Therefore, moisture and weakly acidic air humidity will cause corrosion on the surface of the equipment; Adsorbed on the surface of the equipment by the magnetic field of the equipment, it dissolves in weakly acidic or weakly alkaline air with a certain humidity and forms an electrolyte with conductive properties, which corrodes the surface of the equipment and causes the equipment to gradually lose its insulation and form a discharge phenomenon, etc.

[0004] However, in the prior art, the existing cleaning agents for electrification maintenance also have at least the following problems: toxic components, corrosive equipment, flammability and explosion, low insulation resistance, low withstand voltage value, large volatile residue, and containing freon and tetrachloride. Technical defects such as chlorinated carbon and other ODS (ozone depleting) substances, poor decontamination ability, poor fluidity, and narrow application range

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