The high reflectivity of micro-prismatic reflective films has made them very popular in the market in recent years. We have also continuously improved the production process to form different reflective effects and finally meet different needs. In addition, some of the most common application scenarios of micro-prismatic reflective films and methods of care and maintenance are explained.
The main raw materials used in micro-prismatic reflective materials include photolithography molds, films, etc. The raw materials have a great impact on the quality of the final product. For photolithography molds, reflective material manufacturers are required to have an independent optical design team, high-precision optical engraving capabilities, optical template replication capabilities and high-precision laser welding capabilities.
Full prismatic reflective film is a prismatic retro-reflective material made with a full prism structure. The advent of this full prismatic reflective film breaks through the academic barrier that prismatic reflective film cannot take into account both long-distance and short-distance reflective capabilities.
Prismatic reflective sheeting is widely used in road reflective signs due to their ultra-high reflectivity. They are used to make reflective signs and signs in the fields of railways, ports and shipping, airports, mines, fire protection, vehicle license plates, environmental protection, and advertising.
The history of microprisms tells us that they are very important for road traffic safety and life safety. In addition, the advantages and characteristics of prismatic reflective sheeting themselves make them have their own corresponding fields and scopes of use in order to better play their advantages.
According to the structure and characteristics of the prism, the micro-prismatic type can be divided into square prism retro-reflective film with good retro-reflective performance at close range and large angles, fluorescent full prism type with good performance even in daytime and bad weather conditions, and full prism type that takes into account various needs. The structure of the prism is actually the reflection and refraction laws of light.
Reflective film is a new functional composite material developed in the past 50 years. Prismatic reflective film was developed in the late 1980s. Due to its high brightness and good durability, it overcomes the shortcomings of the previous prismatic reflective materials, such as small effective incident angle, small observation angle, and asymmetric reflected light beam. Therefore, it is increasingly used in road traffic that requires high brightness.
Traffic sign reflective film is a safety protection product made of reflective material. It can produce a strong reflective effect under a certain light source, providing effective and reliable safety protection for pedestrians in the dark or workers working at night.
Flame retardant reflective fabric is an essential part of firefighting uniforms. Its reflective part is made by using the retro-reflective principle of high-refractive glass beads and an advanced process of focusing post-processing. It can reflect distant direct light back to the light source, and has good retro-reflective optical performance regardless of day or night. Especially at night, it can provide high visibility just like during the day.
With the increasing demand of th prismatic reflective sheeting technology and the wide application range of microprisms, it has become more and more popular, andthe mass are increasingly engaged in the research of more sophisticated microprisms to devise more detailed and sophisticated products that give people great experience and enhance the safty of people.
The importance of reflective stickers, reflective materials, and some reflective fabrics and reflective cloths, because these reflective materials have a common feature, that is, they can reflect and warn at the appropriate time and have a certain protective effect.
The reflective part of the reflective vest uses the refraction of the micro-diamond shape of the crystal lattice and the retro-reflection principle of the glass beads with high refractive index. It can reflect the direct light from a distance back to the light source, and has good retro-reflective optical performance regardless of day or night. Especially at night, it can play the same high visibility as during the day. Safety clothing made of this material can be easily spotted by night drivers no matter whether the construction workers are far away or under the interference of scattered light, reducing a large part of the safety hazards.
