Fabrication technique of antiskid polyurea terrace paint surface

Abstract

The invention provides a technique for producing a coating surface layer for a skid resistant polyurea terrace, which aims to solve the skid resistant problem of the prior smooth polyurea terrace, and comprises the following steps: spraying polyurea on a substrate to form a uniform polyurea elastic body base layer; and evenly paving quartz sand particles on the uniform polyurea elastic body base layer when the uniform polyurea elastic body base layer is not solidified completely so as to form a quartz sand particle skid resistant layer. The obtained coating surface layer for the skid resistant polyurea terrace has good skid resistance, can ensure that the surface is nonskid in the rain, after the rain or in a humid environment, and has the advantages of good elasticity, comfortable foot feeling, no joint seam, easy washing, beautiful appearance, durability, wear resistance, aging resistance, and environmental protection. The technique for producing the coating surface layer for the skid resistant polyurea terrace can be widely applied to the ground surfaces of a playground, a tennis court, a basketball court, a badminton court, a gymnasium, a swimming pool, a production department, a hospital, a parking area, a parking lot and the like.

Description

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AI Technical Summary

Benefits of technology

This patented technical effect describes an improved type for creation of hard coatings used in flooring applications like athletic field surfaces where they don't slip easily when walked across them over uneven areas with different levels of water content. These types also have better elongation properties compared to traditional solvent based paints while still being able to maintain their appearance even at high temperatures during use. They are safe from harmful chemical substances found within these materials and produce minimal odors.

Problems solved by technology

This patented technical problem addressed by this patents relates to improving the properties of epoxide reservoir flooring without sacrificing its durability for applications like oil drilling operations where heavy loads are applied repeatedly on them during their lifespan. Additionally, there may also exist concerns about prevention from water damage caused by moist environments that can cause cracks when used under these conditions.

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