Production method of raw material for antifreezing antibacterial glass fiber high performance composite pipe and the composite pipe

Abstract

The invention relates to a production method of a composite pipe, in particular to production methods of raw materials for an antifreezing antibacterial glass fiber high performance composite pipe and the composite pipe. The invention discloses the production methods of the raw materials for the antifreezing antibacterial glass fiber high performance composite pipe. The methods are as below: 1), production of an antifreezing plastic raw material by adding 5-15 wt.% of an antifreeze plastic masterbatch add to 85-95 wt.% of a carrier resin A, evenly stirring for 3 min, and conducting an impregnating treatment to obtain the antifreezing plastic raw material; 2), production of an antibacterial plastic raw material by adding 1-10 wt.% of an antibacterial plastic masterbatch into 90-99 wt.% of a carrier resin B, evenly stirring for 10 min, and conducting an impregnating treatment to obtain the antibacterial plastic raw material; 3), production of a fiberglass plastic raw material by adding 50-60 wt.% of a glass fiber plastic masterbatch to 40-50 wt.% of a carrier resin C, evenly stirring for 10 min, and conducting an impregnating treatment to obtain the glass fiber plastic raw material.

Description

technical field [0001] The invention relates to a method for manufacturing a composite pipe, in particular to a method for manufacturing a raw material of an antifreeze and antibacterial glass fiber high-performance composite pipe and the composite pipe. Background technique [0002] Most of the existing composite pipes have only a single attribute in terms of antifreeze, antibacterial and performance, or a combination of two. Most of the pipes used in some cold places have certain anti-freezing properties, and most of these anti-freezing properties last for a short period of time. Because of their own materials, the pipes often freeze and crack; and the application The pipes used for water transportation have certain antibacterial properties, but most of the existing pipes for water transportation only have a short-term antibacterial function, and at the same time, the antibacterial effect is not obvious, so it is difficult to use for a long time; Most of the tubes are cum...

AI Technical Summary

Problems solved by technology

Most of the pipes used in some cold places have certain anti-freezing properties, and most of these anti-freezing properties last for a short period of time. Because of their own materials, the pipes often crack due to freezing; and the application The pipes used for water transportation have certain antibacterial properties, but most of the existing pipes for water transportation only have a short-term antibacterial function, and at the same time, the antibacterial effect is not obvious, so it is difficult to use for a long time; Most pipes are cumbersome to make, and the raw materials for proportioning are diverse and costly, and the proportioning process is relatively troublesome, and the proportioning conditions are relatively strict.

In addition, due to the difference in ambient temperature and working environment, the strength of the pipe itself is also facing a major test. Most of the existing ways to improve the strength of the pipe are to compound some metal layers in the pipe to improve the strength of the pipe. However, this The cost of the method is relatively high, and the burden on the enterprise is relatively large

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