Carbon fiber self-stress concrete pressure pipeline material

Abstract

The invention discloses a carbon fiber self-stress concrete pressure pipeline material. The material is prepared from cement concrete, carbon fiber and an expanding agent, wherein the carbon fiber accounts for 0.17-1.36% of the cement concrete by mass, the expanding agent accounts for 6-10% of the cement concrete by mass, and the length of the carbon fiber is 4 mm and / or 9 mm. No longitudinal steel bar or hooped steel bar needs to be added into the carbon fiber self-stress concrete pressure pipeline material, the cement concrete, carbon fiber and expanding agent are directly blended to be uniform, model is poured, maintenance is performed, the material can be adopted as a pressure pipe for use; the carbon fiber self-stress concrete pressure pipeline material can simplify the construction procedure of the pressure pipeline, time is shortened, and due to the fact that no steel bar limit exists, the pressure pipeline is poured more compactly, and the anti-penetrability is better.

Description

technical field [0001] The invention relates to the technical field of pipelines, in particular to a carbon fiber self-stressing concrete pressure pipeline material. Background technique [0002] With the intensification of urbanization and the construction of national long-distance water transmission projects, water supply and drainage pipes are playing an increasingly important role in social life. Commonly used water supply and drainage pipes include plastic pipes, cast iron pipes, steel fiber self-stressed concrete pressure pipes etc. Plastic pipes are expensive, cumbersome to construct, and will age. Cast iron pipes have poor corrosion resistance and require high welding processes. Steel fiber self-stressing concrete pressure pipes have poor corrosion resistance, low pressure capacity and impermeability. These problems will lead to frequent damage and repair of the water supply and drainage pipes, and the water supply pipes will leak out during the water delivery, re...

AI Technical Summary

Problems solved by technology

Plastic pipes are expensive, cumbersome to construct, and will age

Cast iron pipes have poor corrosion resistance and require high welding processes

Steel fiber self-stressing concrete pressure pipes have poor corrosion resistance, low pressure capacity and impermeability

These problems will lead to frequent damage and repair of water supply and drainage pipes, and water supply pipes will leak out during water delivery, resulting in waste of water resources; the seepage of sewage in sewage pipes will cause pollution to the surrounding environment

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