Composition for prevention of vapor fogging on the surface of glass

Abstract

The antifogging agent composition consists of polyethylene glycol of different chain lengths as non-ionic surfactant to make the interface film between oil and water firm and stable, modified natural polymer as filming material to prolong the acting period of the antifogging agent, silicon oil to orient the hydrophilic groups in surfactant and to resist reflection and multi-hydroxyl organic compound as antifreezing agent. It is sprayed onto the surface of glass and other matter with smooth surface to produce antifogging effect as long as 240 hr normally or 168 hr in extreme condition. In addition, it has also antifouling and antistatic functions.

Description

technical field [0001] The invention relates to a daily chemical, in particular to a composition for preventing water vapor from fogging on the glass surface. Background technique [0002] In life, we often encounter the windshield of cars with closed doors and windows; the decorative glass and mirrors of hotels, bathrooms, and homes; the lenses of optical instruments, eyeglass lenses, and plastic greenhouses. Daylighting, or affecting the lighting of the greenhouse, etc., will have a negative impact on the indoor environment. The reason for the analysis is that due to the temperature difference between the solid surface and the ambient air, the water vapor on the hot side will form tiny spherical droplets on the cold surface, and many small droplets will gather into mist. In order to eliminate the mist on the surface, you can use hot air to blow it, but you must have a special device, and it is very troublesome to wipe off the mist on the surface by hand. To solve it, we ...

AI Technical Summary

Problems solved by technology

There are also disadvantages such as the use of aldehyde-type anti-fogging agents, unpleasant smell, and short action time, so that this type of product has not been popularized so far.