Activated powder concrete pole with high strength and high conductivity and making method thereof

Abstract

The invention provides an activated powder concrete pole with high strength and high conductivity, which comprises an activated powder concrete pole base body, wherein a plurality of steel reinforcing ribs are arranged in the activated powder concrete pole base body. The activated powder concrete pole is characterized in that the activated powder concrete pole base body comprises SiO2, CaO, steelfibers, polypropylene, cement, silicon powder, water and a water reducing agent; and conducting corrosion resistant layers are attached on all the steel reinforcing ribs. The invention further provides a making method which comprises the following steps of: making a magnetic polyaniline polymer solution used for attaching the conducting corrosion resistant layers on the steel reinforcing ribs, making activated powder concrete and making the activated powder concrete pole finished product. The conducting corrosion resistant layers have good conducting property. When thunder acts on the pole, thunder current can be smoothly guided into the ground. The compressive strength and the anti-cracking property of the concrete are enhanced by the activated powder concrete. The making method is scientific and reasonable. The made activated powder concrete pole with high strength and high conductivity has the advantages of good quality, long service life and low cost.

Description

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AI Technical Summary

Benefits of technology

This patented technology describes making strong and highly conductive cathodically protected concrete structures by adding specialized metal elements called antirust layers onto their surfaces. These metals help prevent rust damage caused by environmental factors such as rain or snow while also improving compression properties for better durability over time. Additionally, this design allows for easy assembly without excess material costs compared to traditional methods like casting them out at once. Overall, these technical improvements improve performance and longevity of the resulting concrete products.

Problems solved by technology

This patented technical problem addressed in this patents relates to improving the performance and durability of reactive powder concretes for use at various locations such as transmitting stations or substations due to their low density compared with traditional materials like iron rails. However, there may still exist some drawbacks associated with these types of composites: they can easily rust over time when exposed to moisture without any protective layers added; they lack sufficient mechanical properties needed for safe operation during severe conditions involving heavy windings.

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