Novel coating having electromagnetic radiation resistance and anti-static function

Abstract

A novel coating having electromagnetic radiation resistance and an anti-static function is characterized by comprising 85% of environment-friendly coating, 10% of carbon nano-tube, 1.5% of polypeptide molecules and 3.5% of conductive mica powder. Wet method muscovite serves as a substrate for the conductive mica powder, a nanotechnology is adopted, and a conductive oxide layer is formed on the surface of the substrate through surface treatment and semiconductor doping treatment. The long diameter of the carbon nano-tube is not larger than 150 nm. The problem that a coating manufactured according to a conventional preparation process does not have dual effects of static resistance and radiation resistance is solved, so that the construction becomes simple and convenient. The use range of the carbon nano-tube is expanded, the damage to the lung of the human body and the skin caused by the carbon nano-tube is reduced, the coexistence of people and the environment is harmonized while the energy saving and environmental protection are achieved, and the novel coating can well be used for oil tanks, gas stations, factories, homes and intensive radiation region environments near high-tension cables or substations and the like and the environment where the static requirements are high.

Description

technical field [0001] The patent of the present invention relates to the technical field of an anti-electromagnetic radiation and anti-static paint composition and its configuration method, especially a new type of paint with anti-electromagnetic radiation and anti-static functions. The special production process has a good anti-static function, and it also has the ability to resist electromagnetic radiation. The application prospect is very promising, and it can be well used in oil tanks, gas stations, factories, homes and their high-voltage lines or substations. Radiation area environment and environment with high requirements to prevent static electricity. Background technique [0002] Compared with other metal particles or graphite particles, carbon nanotubes can form a conductive network chain with a small amount of addition; its density is much smaller than that of metal particles, and it is not easy to coagulate due to gravity; its compatibility with organic matter ...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to provide a new type of coating with anti-electromagnetic radiation and antistatic functions. This invention fully utilizes the advantages of carbon nanotubes and solves the biological toxicity and floating problems in the use of traditional carbon nanotubes. , the new type of coating developed by the present invention can also solve the damage caused by static electricity interference and electromagnetic radiation to equipment and people in today's society;