Mileage mark using unsaturated composite epoxy resin materials

Abstract

The invention discloses a mileage mark using unsaturated composite epoxy resin materials. The highway mileage mark is a rectangular milestone body and chamfer structures are formed at both sides at the top of the rectangular milestone body. Concave surfaces for marking kilometers are formed on the front and rear surfaces of the rectangular milestone body. The mileage mark is manufactured by resinmatrix composite materials including 30% of unsaturated polyester resin materials, 30% of glass fiber materials, 30% of SiO2 fillers and 10% of auxiliary agents. The invention has the characteristicsof high brightness, long life, difficult deformation, strong bearing capacity, corrosion resistance, good loss prevention property, rich colors and good capability of beautifying the environment. As the warning mark has the advantages of light weight, high strength and difficult damage, the warning mark can be installed flexibly in a labor and time saving manner. The colors are formed by blendingthe color paste capable of being compatible with the resins into the resins; therefore, the colors are not shown on the surface, thus keeping the colors lasting.

Description

technical field [0001] The invention relates to a highway mileage marker, in particular to an unsaturated epoxy composite resin material mileage marker with high brightness, long service life, unfavorable deformation, strong bearing capacity, corrosion resistance and loss prevention. Background technique [0002] The existing domestic highway facilities are generally made of cement materials, which have poor appearance and are easy to be damaged. Moreover, due to the bulky materials, it is difficult to install and maintain, and the labor and material costs for maintenance are huge; especially the appearance is also uneven, which affects urban and rural areas. The overall image of the road, and many road facilities made of cement materials have metal steel bars, resulting in high costs and a waste of energy. Simultaneously, because there is steel bar in the existing road facility, so also be easy to be damaged and stolen, the facility is lost and damaged seriously, directly j...

AI Technical Summary

Problems solved by technology

[0002] The existing domestic highway facilities are generally made of cement materials, which have poor appearance and are easy to be damaged. Moreover, due to the bulky materials, installation and maintenance are difficult, and the labor and material costs for maintenance are huge; especially the appearance is also uneven, which affects urban and rural areas. The overall image of the road, and many of the road facilities made of cement materials have metal steel bars, resulting in high costs and a waste of energy

At the same time, because there are steel bars in the existing road facilities, they are also easy to be damaged and stolen. The loss of the facilities is seriously damaged, which directly endangers the safety of road driving.

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