A preparation method of graphene modified high-efficiency heat conduction heat source floor heating pipe

Abstract

The invention discloses a preparation method of a graphene-modified high-efficiency heat conduction heat source floor heating pipe. Polypropylene plastic particles, antibacterial masterbatches and graphene functional masterbatches are simultaneously poured into the material preparation box of the processing equipment, and the motor in the material preparation box is started. , so that the motor drives three sets of turning plates to rotate, using the rotation of the turning plates, the polypropylene plastic particles, antibacterial masterbatches and graphene functional masterbatches are stirred and mixed into raw material particles in the storage tank of the stock box, and the circulation tank is started The pump body makes the circulation tank inject the water body into the storage tank of the material preparation box through the connecting pipe, and cooperates with the rotation of the turning plate to clean the raw material particles in the storage tank; the circulation pipe is used to cooperate with the traditional spray frame to form a double cooling structure , can effectively shorten the time required for the cooling and forming of the floor heating pipe, thereby effectively improving the production efficiency of the graphene-modified floor heating pipe with high-efficiency heat conduction and heat source.

Description

technical field [0001] The invention belongs to the technical field of floor heating pipe processing, and in particular relates to a method for preparing a graphene-modified floor heating pipe material with high-efficiency heat conduction heat source. Background technique [0002] Floor heating is the abbreviation of floor radiant heating. It uses the whole ground as a radiator, heats the whole ground evenly through the heat medium in the radiant layer of the floor, and supplies heat to the room through the heat transfer mode of radiation and convection through the ground to achieve the purpose of comfortable heating. According to different heat transfer media, it is divided into two types: water floor heating and electric floor heating. According to different pavement structures, it is mainly divided into two types: dry floor heating and wet floor heating. [0003] Patent document CN205618834U discloses a high heat dissipation and anti-blocking floor heating pipe, which inc...

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Problems solved by technology

[0005] In order to overcome the low production efficiency of traditional graphene-modified high-efficiency heat-conducting heat source floor heating pipes, traditional graphene-modified high-efficiency heat-conducting heat source floor heating pipes need to be cooled during the production process, and the cooling speed directly affects graphene-modified high-efficiency heat conduction pipes For the production efficiency of heat source floor heating pipes, the traditional preparation method uses single-layer water cooling to perform pipe heat dissipation operation, which increases the time required for pipe heat dissipation, thereby reducing production efficiency; at the same time, the traditional preparation method cannot transport materials for floor heating pipes. Arbitrary fixed adjustment operations are performed according to the pipe size of the floor heating pipe, thereby reducing the flexibility of the traditional preparation method when processing the floor heating pipe; secondly, the traditional preparation method cannot carry out water circulation and filtration when the floor heating pipe is transported, which increases the heat source Processing cost of floor heating pipes

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