Use of engineering and high-strength reflective film
The reflective film is mainly used for all kinds of road and railway guiding card, indicator, outline mark, protruding road sign, traffic cone, anti-collision tube, safety island, mine airport safety card, ground brand, license plate, property community safety mark, construction sign, billboard, stage setting, trademark and so on. Due to the obvious warning effect of the reflective film in the daytime with its bright color, under the condition of night or light, its bright anti light effect can effectively enhance human recognition ability, see the target, cause vigilance, thus avoid accidents, reduce casualties, reduce economic losses and become road traffic. The lack of security guards has obvious social benefits.
The use of engineering grade and high strength level is introduced below.
1. engineering grade reflective film
The engineering grade reflective film is suitable for traffic signs of general roads, that is, the usual first, two, three, four and temporary signs. Commonly used as guide signs, prohibited signs, warning signs and instructions, as well as ordinary advertising signs. All kinds of patterns can be produced by using the same kind of ink and screen printing technology. The life span is generally 3~7 years.
2. high strength reflective film
High strength reflective film has been successfully used to make traffic signs. Even if the signs are in large angle and bright areas, the high-strength reflective film can make the signs clearly visible, and effectively predict the dangerous situation of the road ahead of the driver.
High strength reflective film is suitable for traffic signs in general roads, that is, the usual highway, first, two, three, four, and temporary signs. It is often used in guiding signs, prohibiting signs, warning signs and indicating signs, as well as ordinary advertisement signs. The life span is generally 10 years. Under normal service condition, the retention coefficient of the retroreflective coefficient after 10 years is at least 80% of the initial inverse reflection coefficient.
