Special cleansing radiation-resistant vision-protecting agent for screen glass

Abstract

The invention provides a glass surface-cleansing agent, in particular a formulation and a preparation process for a special cleansing radiation-resistant vision-protecting agent for screen glass. Theformulation is characterized by comprising the following components (in percentage by weight): 1, 15 to 20 percent of isopropanol; 2, 10 to 20 percent of ethylene glycol; 3, 15 to 20 percent of glycerol; 4, 15 to 20 percent of fatty-acid potassium aliphatate; 5, 15 to 20 percent of fatty-acid sodium aliphatate; and 6, 1 to 2 percent of terpineol. The process comprises: preparing all components prorate; adding materials 1 and 2 to a container and evenly stirring; sequentially adding materials 3, 4, 5 and 6 one by one, namely adding one material, evenly stirring and then adding the next one; stirring and mixing evenly; and obtaining a finished product of the special cleansing radiation-resistant vision-protecting agent for screen glass. The agent can enable the glass not to fog at a temperature between 30 DEG C below zero and 100 DEG C (water bottle-mouth steam), and can enable screens not to produce static electricity. Tests prove that screen radiation basically disappears, so the agent can ensure that the vision of people cannot be impaired.

Description

1. Technical field [0001] A glass surface cleaning agent, in particular a composition and a preparation process of a special cleaning anti-radiation visual protection agent for fluorescent screen glass. 2. Technical background [0002] In view of the popularization of large-screen TVs and the universality of computer applications, it is common for people to watch TV for a long time or work on computer screens for too long. Since these screens work under high pressure, a large amount of static electricity is often generated, causing the screen itself to absorb a large amount of electricity. At the same time, near the fluorescent screen, more seriously, a certain intensity of radiation will be generated in a high-voltage state. Working in front of the fluorescent screen for a long time will seriously damage people's health, especially eyesight. Therefore, the problem of anti-static and anti-radiation of the fluorescent screen cannot be underestimated. , it is necessary to stud...

AI Technical Summary

Problems solved by technology

[0002] In view of the popularization of large-screen TVs and the universality of computer applications, it is common for people to watch TV for a long time or work on computer screens for too long. Since these screens work under high pressure, a large amount of static electricity is often generated, causing the screen itself to absorb a large amount of electricity. At the same time, near the fluorescent screen, more seriously, a certain intensity of radiation will be generated in a high-voltage state. Working in front of the fluorescent screen for a long time will seriously damage people's health, especially eyesight. Therefore, the problem of anti-static and anti-radiation of the fluorescent screen cannot be underestimated. , it is necessary to study and solve