Use method of permeable type self-levelling anti-static and wearable cement flooring coating

Abstract

The invention relates to a technology of functional coatings and aims to provide a use method of a permeable type self-leveling anti-static and wearable cement flooring coating. The method comprises steps as follows: self-leveling cement flooring is polished to be flat, and the permeable type self-leveling anti-static and wearable cement flooring coating is poured onto the flooring surface at the dosage of 1 kg/m<2> and then smeared uniformly; the flooring is covered with a plastic film and left to stand for 2 h, and then, the plastic film is removed; the flooring is naturally aired for 8 h and then polished by a 200-300-mesh polishing piece. Tin-doped indium oxide is taken as a conducting material, besides, linear nano aluminum-doped zinc oxide is taken as an auxiliary conducting material to form a composite conductive solution, so that the conducting materials easily form a conductive network, and the antistatic performance is realized. The flooring coating can be directly used for hardness increasing and antistatic treatment of the self-leveling cement flooring and has the advantages of good permeability and excellent antistatic performance. The flooring coating not only has good durability, but also enables the self-leveling cement material to have the antistatic effect while increasing the hardness of the flooring.

Description

technical field [0001] The invention relates to functional coating paint technology, in particular to a method for using a penetrating self-leveling cement antistatic wear-resistant floor paint. Background technique [0002] Self-leveling cement is a new type of building material. It is widely used in factories and urban public construction projects. It has the advantages of simple construction technology and good comprehensive performance. It has gradually become the first choice for floor building materials. [0003] However, self-leveling cement floor materials, like other inorganic materials, have a high resistivity and are insulating materials, which cannot meet the antistatic requirements of workshops in electronics factories or various precision instrument factories and gas stations. Usually, the antistatic treatment of the floor can be realized by adding conductive fillers (such as mica, metal powder, fiber) to the cement or even adding copper mesh to the floor, but ...

AI Technical Summary

Problems solved by technology

In the floor prepared by this floor coating, due to the barrier of the cement matrix, the floor coating is discontinuously distributed, so it is difficult for the conductive material to form a complete conductive network, and the formation of the conductive network is the key to the antistatic performance On the other hand, the self-leveling cement floor has a small pore structure and poor permeability, so the size of the conductive material should not be too large, and micron-sized conductive materials cannot be used.