Novel nanometer antibacterial thermal insulation pipe and manufacturing method thereof

Abstract

The invention relates to the technical field of pipes and discloses a novel nanometer antibacterial thermal insulation pipe. The novel nanometer antibacterial thermal insulation pipe comprises a pipe body and a sleeve, wherein the pipe body is sleeved with the sleeve. A gap formed by at least two partition strips is formed between the pipe body and the sleeve. A thermal insulation layer formed by a thermal insulation material in a filling manner is arranged in the gap. Due to the support effect of at least two partition strips, the uniform gap is formed between the sleeve and the pipe, the thermal insulation layer is arranged in the gap, the uniform thermal insulation layer is formed on the outer portion of the pipe body, hot water and hot fruits conveyed by the pipe body can be isolated from the outer portion, the conduction heat dissipation is reduced, and the thermal insulation effect can be achieved while tap water is conveyed in a cold region; by the adoption of the uniform thermal insulation layer structure, the thermal insulation effect of all positions of the surface of the pipe body is basically the same; and meanwhile the thermal insulation layer structure integrated with the pipe body is arranged outside the pipe body, mounting is completed at a time, and the mounting construction difficulty is lowered.

Description

technical field [0001] The invention relates to the technical field of pipe heat preservation, in particular to a novel nanometer antibacterial heat preservation pipe and a manufacturing method thereof. Background technique [0002] Pipes are used more and more widely, not only in industry, such as transporting liquids, water pipes in cities, etc., but also in home decoration. Although the existing pipes can realize water supply, for bathrooms or indoor floor heating pipes in high latitude areas in winter, because the pipes cannot be effectively insulated, heat loss occurs during bathing or hot water supply, resulting in heating of the walls or the ground around the pipes. For the heat loss generated when the pipe is transmitting hot water, at present, it is mainly used to coat the outer surface of the pipe with a layer of insulation layer to reduce heat loss. The insulation layer is usually a relatively loose material, such as cotton, sponge and other materials, which make...

AI Technical Summary

Problems solved by technology

The insulation layer is usually made of relatively loose materials, such as cotton, sponge and other materials, which make the overall diameter of the pipe larger and cannot be used for indoor home decoration.

At the same time, the insulation layer of Pengsong material needs to be covered when the material is buried or after it is buried, which increases the construction process and also increases the difficulty of construction.

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