Power equipment outer coating and preparation method thereof

Abstract

The invention discloses a power equipment outer coating and a preparation method thereof. The preparation method comprises the following steps: mixing ethanol with n-hexane according to a volume ratioof (6-18):(1-5) to obtain a transparent mixed solvent; and mixing the mixed solvent with fluorosilane according to a volume ratio of (80-120):(1-15) mixing to obtain an anti-icing coating, wherein the ethanol and the n-hexane are stirred at room temperature for 15-20 min, and the mixed solvent and fluorosilane are stirred at room temperature for 10-20 min. The coating comprises 20-40% of a noctilucent powder, 10-200% of a solvent, 3-6% of an assistant, 5-15% of a resin, 5-15% of a pigment filler and 20-50% of gloss oil. The outer surface of power equipment is coated with the luminescent coating to make the power equipment beautiful and elegant; the added luminescent material makes the color gorgeous; the coating is hydrophobic, so the rain and snow resistance of the outdoor power equipment and the safe operation capability of the power equipment are improved, and the service life of the equipment is prolonged; and the coating also has the advantages of high efficiency, low cost, and easiness in wide-range implementation.

Description

technical field [0001] The invention belongs to the technical field of power systems, and in particular relates to an outer layer coating of power equipment capable of preventing icing, emitting light and preventing fire from spreading and a preparation method thereof. Background technique [0002] In the prior art, the outer surface of power equipment is usually coated with various protective coatings, most of which are black, which does not meet the novel and beautiful visual effects that people are pursuing today, and is also extremely inconsistent with the beautiful and beautiful environment of modern cities. , has become a fly in the ointment; secondly, in real life, people use the characteristics of luminescent materials to emit light for a long time to make weak lighting sources, which are used in various switch signs and door handles at home. After these luminous components are irradiated by light, It still continues to emit light at night or in an unexpected power f...

AI Technical Summary

Problems solved by technology

[0002] In the prior art, the outer surface of power equipment is usually coated with various protective coatings, most of which are black, which does not meet the novel and beautiful visual effects that people are pursuing today, and is also extremely inconsistent with the beautiful and beautiful environment of modern cities. , has become a fly in the ointment; secondly, in real life, people use the characteristics of luminescent materials to emit light for a long time to make weak lighting sources, which are used in various switch signs and door handles at home. After these luminous components are irradiated by light, It still continues to emit light at night or in an unexpected power failure, so that people can identify the surrounding direction and bring convenience to life, but so far, no one has used luminescent materials for the outer surface of power equipment; third, power lines suffer from ice and snow. Disasters will cause severe icing of transmission wires, disconnection of power lines and collapse of towers, resulting in large-scale power outages. Because icing of transmission wires mostly occurs in mountainous areas, the roads are frozen and difficult to repair due to heavy snow, resulting in long-term power outages. Industrial and agricultural production and people's lives have been seriously affected. At present, there are dozens of deicing and melting methods for transmission lines, which can be roughly divided into the following four types, namely thermal melting methods, mechanical deicing methods, and passive deicing methods. And hybrid deicing methods, these deicing methods are not only energy-consuming, time-consuming, and labor-intensive, but also have low efficiency, high cost, and are not easy to implement on a large scale