High and steep slope wounded surface rain-washing prevention fiber manufacturing technology and construction method thereof

Abstract

The invention discloses a high and steep slope wounded surface rain-washing prevention fiber manufacturing technology and a construction method thereof. A high and steep slope wounded surface rain-washing prevention fiber comprises a rock quality slope-shaped wounded surface; a high-order granular matrix layer is arranged on the surface of the rock quality slope-shaped wounded surface, namely therock quality slope-shaped surface; the outer surface of the high-order granular matrix layer is covered with a seed layer; the high-order granular matrix layer comprises a steel wire mesh fixed to therock quality slope-shaped surface; the steel wire mesh pulls a high-order granular matrix so that degradable fiber fixed to the steel wire mesh is formed; and the degradable fiber penetrates from thehigh-order granular matrix layer and the seed layer and is exposed out of the surface of the seed layer. According to the designed high and steep slope wounded surface rain-washing prevention fiber manufacturing technology and the construction method thereof, the high-order granular matrix layer is provided with the rapid degradable fiber, so that the technical problem that the matrix cannot absorb water fully is solved, the plant survival rate is increased substantially, a fiber layer can be prevented from being washed by rainwater effectively, and the fiber layer is fixed to the side slopewounded surface.

Description

technical field [0001] The invention belongs to the field of landscaping, and in particular relates to a technique for making anti-rainwater scour fiber for high and steep slope wounds and a construction method thereof. Background technique [0002] Vegetation needs to be planted in steep slope environments such as expressway roadbeds and dams to prevent soil erosion. Because the soil layer on the steep slope is easily washed away by rainwater, it is difficult for green vegetation to survive. The more the vegetation cannot survive, the more serious the soil erosion will be. As a result, landscaping workers have thought of many methods, such as spraying mud to make soil, then covering with fixed nets, and then sowing grass seeds, etc., but due to poor adhesion of the soil layer, steep slope, and irregular construction methods, the vegetation root system is not yet developed. Before going deep into the steep slope, it is still easy to cause the soil layer to slide or a large...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the technical problem that the matrix of existing high-order aggregate materials cannot fully absorb water, the technology and construction method of the high-steep slope wound surface anti-rainwater erosion fiber manufacturing technology and construction method designed by the present invention solve the problem of matrix degradation by setting fast-degradable fibers in the matrix layer. The technical problem of not being able to fully absorb water has greatly improved the survival rate of vegetation, and at the same time can effectively prevent rainwater from washing the fiber layer and ensure that the fiber layer is fixed on the slope wound surface

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