Deformable carbon fiber ecological grass fabric, weaving method and weaving device

Abstract

The invention provides a deformable carbon fiber ecological grass fabric which is used for river-lake eutrophication control, raw water treatment, sewage treatment and ecological in-situ remediation. The deformable carbon fiber ecological grass fabric involves a deformable concept, appearance designs, a weaving method, a weaving device and a deforming method. The deformable carbon fiber ecological grass fabric has the multiple appearance designs and is a carbon fiber ecological belt composed of a supporting cloth and a function layer. The supporting cloth is a blended carbon fiber sheet formed by weaving a composite material and carbon fibers or activated carbon fibers. The function layer is woven through warp and weft open threads formed by carbon fibers with the specific area larger than 800 m<2> / g or 1000 m<2> / g. The composite material is composed of various waterproof polymer synthesis fibers. The fabric concept means that the appearance design of a kind of carbon fiber ecological grass has changeability, and namely one type of carbon fiber ecological grass fabric can be conveniently changed to another type of products or other two or more types of products according to user requirements.

Description

technical field [0001] The invention relates to the field of environmental protection, in particular to deformable carbon fiber ecological grass fabrics, a weaving method and weaving equipment. Background technique [0002] Carbon fiber ecological grass is a water purification product and equipment (also known as artificial water plant) woven with carbon fiber or activated carbon fiber, which can be used for eutrophication treatment of rivers and lakes, raw water purification of water sources, waste water treatment and ecological in-situ restoration , is a technology that physically promotes biological ecology to restore and purify water quality. The carbon fiber ecological grass is mainly monopolized by the products from Japan Suen Zhushi Corporation, and its price is relatively expensive, which is not conducive to playing a strong role in my country's water environment governance and ecological restoration. Localized products have just started. [0003] There are three ma...

AI Technical Summary

Problems solved by technology

However, this connection through cable ties and nylon ropes is easy to break, reducing the service life of carbon fiber water purification products

[0004] Localized products mainly use carbon fiber filaments tied around the plastic discs. The problem is that they are completely tied by hand, which is not conducive to large-scale production. In practical applications, plastic discs are easy to age and shatter under light radiation, and their service life is short.

The plastic plate has poor biocompatibility, is smooth, and is not easy to hang on to the film

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