The question of whether reflective sheeting is environmentally friendly can be confusing and frustrating. It's one of the most important questions to ask yourself if you want to make an informed decision. There are many benefits to buying this material, but there are also many concerns. You should be able to find a company that can help you decide if it's right for you.
3 Tips to know the prismatic reflective sheeting industry The main technology of prismatic reflective sheeting: （1）The raw material: The prismatic reflective film uses photolithography molds, films, etc as the main raw material, which has great influence on the quality of final products. As for photolightinggrapgy,it requires all manufacturers to have an independent optical design group,high-precision optical engraving capability, optical template replication capability as well as high-precision laser welding capability. The film for producing the prismatic reflective sheeting needs to have a great demand for transparency, weather resistance, physical stability, and inkjet printability. What’s more, different fields have different criteria of it. There are two main technical routes in the industry for reflective film curing and molding. One is the hot pressing molding technology based on pure physical method, and the other is the light curing molding technology based on physical + chemical method.A similar feature is through the way of energy transmission to attach the film to the surface of photolightinggrapgy,and then wait for forming the construct of prism and pattern. Finally, it has solid physical characteristics. Compared with thermoforming technology, photocuring molding appeared later and is more advanced. Speaking theoretically, using this way to produce the prismatic reflective film will cause less pollution to the environment. Besides, the theoretical retroreflection coefficient of the product is higher. However, there are some basic problems in reality, like, unstable products quality, low production speed and troubles controlling the progress of production. So,it hasn’t formed a large scale in China. Technology The prismatic reflective sheeting’s production process as well as the technologies are complex, and can be divided into two main approaches----Photolithography mold forming and prismatic reflective film curing forming. Photolithography mold forming can be further divided into multiple specific processes,for instance, optical template design, engraving, replication, cutting, ultra-high precision welding, and mold forming. In particular, optical design, engraving, replication, and other processes require extremely high technical levels of enterprise. Cutting, welding and other processes have extremely high requirements for operating accuracy and operating environment cleanliness, and are difficult to produce. 2、The state of this industry’s development Devising new technology for producing prismatic reflective material may be dramatically hard to account for the quantities of core procedures. Light material is used in traffic safety earlier. Compared with the domestic enterprises that majored in reflective material, the foreign companies have more advantages in the effects of brands, product innovation as well as market application. The reflective material industries in China started later, but with the full facilities system and the encouraging policies, nowadays, it developing fast. In some aspects, our production scale can lead the world's other reflective material-producing countries. 3、The target of achieving domestic substitution of high-tech reflective materials has challenge From the past few years, domestic reflective material companies have already realized domestic substitution of high-tech reflective material accounts for the continuous improvement of the research and development capabilities of reflective material companies. In the future,it may replace the more famous and popular market, some reasons have been told above. [...]
Prismatic reflective film is a reflective film made using micro prismatic technology. Unlike microbead reflective film, which uses glass microbeads as retroreflective units, prismatic reflective sheeting uses fine-sized polyhedral prism structures as retroreflective units. Its reflection principle is to use the refraction and retroreflection of the microprism structure to achieve retroreflection.
Analysis on the competition pattern and market size of prismatic reflective film market Why do micro prisms have advantages? Prismatic reflective film is a reflective film made using micro prismatic technology. Unlike microbeads reflective film, which uses glass microbeads as retroreflective units, prismatic reflective sheeting uses fine-sized polyhedral prism structures as retroreflective units. Its reflection principle is to use the refraction and retroreflection of the microprism structure to achieve retroreflection. Prismatic reflective film is produced with a microprism structure as the reflective unit has good performance in visible distance, observable angle, reflective intensity, and weather resistance. Its manufacturing technology involves multidisciplinary and high-tech fields such as materials science, optics, and precision machinery manufacturing. Prismatic reflective sheeting has been developed since the 1980s. After many updates and iterations, the product performance has been continuously improved. For a long time, domestic prismatic reflective film was completely dependent on imports. The reality has led to an increase in the demand for micro prisms: The increase in highway mileage has led to an increase in the number of highway signs and signs. The annual demand for reflective film for highway signs and signs of all levels mainly includes two types: renewal demand and new demand. At present, the average service life of reflective film for highway signs and signs in my country is about 3-7 years, so there is a considerable and continuous demand for renewal every year. For motor vehicle drivers, traveling at night is a difficult task. There are high risks on the roadside and level intersections along the road. Reflective materials can enable drivers to accurately identify road traffic environment information and risk status at night, improving the safety of night driving. Why do highways need to use micro-prisms? High-grade highways are generally trunk roads connecting political and economic centers or large industrial and mining areas. Since prismatic reflective film has the characteristics of high reflective brightness compared to micro-bead reflective film, it is mainly used in products with special requirements for reflective brightness. According to GB50688-2011 "Urban Road Traffic Facilities Design Specifications", the signs of urban expressways and urban trunk roads should use Class II-IV reflective film, and Class III or above reflective film should be used in curved sections or other dangerous sections. Prismatic reflective sheeting is different from micro-bead reflective film. It is mainly used in the signs and signs of some urban expressways, urban trunk roads and high-grade highways such as highways. According to the relevant national requirements for the setting of highway signs and signs, the average amount of reflective film used on highways is 50 square meters/kilometer, and the average amount of reflective film used on high-grade highways of level 2 (including level 2) and above is 30 square meters/kilometer. The number of high-grade highways in my country in 2020 has increased compared to 2019, and the market demand for prismatic reflective film has increased to a certain extent. How will micro-prisms develop in the future? At present, prismatic reflective films are developing towards [...]
Using a traffic barricade is an excellent way to keep both workers and motorists safe when working on a road. But you need to remember to leave ample space between you and the car in front of you, and also to be aware of any hazards in the construction area.
With the rapid development of society and technologies, traffic, costumes and billboards and other fields have a great increasing demand for the prismatic reflective material. However,the Chinese manufacturer doesn’t attain the crucial technologies because of the difficulties to produce and their small size. With the target of bridging the gap of technologies between China and other aboard markets,it is the time to research the structure of prismatic reflective material’s optical function and processing. Let’s focus on the following paragraph about the way to research the prismatic reflective material.
There is a reflective film on the surface of the reflective sign. When it encounters direct light at night, it will reflect the light and display the content of the sign in front of the driver.It is the reflective film that makes the traffic signs reflect the light. With the rapid development of the technologies used in reflective sheeting fields,the super-strong road traffic reflective film currently available on the market can be divided into six grades, namely diamond grade, super strong grade, high strength grade, engineering project grade, advertising grade and license plate grade.Different types of fileds need related refelctive sheeting.However ,the refelctive film told above can all be utilzied in the production of luminous signboards.
On June 21, 2024, XW Reflective, a leading manufacturer of reflective materials, faced an unprecedented challenge when their factory was inundated by severe flooding that persisted until June 24. The sudden deluge resulted in significant losses, including a substantial amount of reflective film products and goods belonging to clients.
Meet Us at INTERTRAFFIC BEIJING 2024! Meet Us at INTERTRAFFIC BEIJING 2024! We are excited to announce our participation in INTERTRAFFIC BEIJING 2024, a leading exhibition for traffic management and road safety solutions. Join us to discover the latest innovations in reflective sheeting technologies that enhance the safety and visibility of traffic systems. Event Details: Dates: 29th - 31st May 2024 Booth: E1-C28 Location: Beijing·China International Exhibition Center (Shunyi Hall) Exhibition Website: www.intertraffic.com Our products, including reflective sheeting for traffic signs, traffic cones, license plates, and vehicles, are designed to meet the highest standards of quality and performance. These solutions play a crucial role in improving road safety by ensuring high visibility under various environmental conditions. Visit us at Booth E1-C28 to learn more about our advanced materials and how they contribute to safer and more efficient traffic management. Our team will be on hand to demonstrate our products' capabilities and discuss how they can be integrated into your current systems to enhance safety and visibility. We look forward to seeing you in Beijing and discussing how our solutions can meet your traffic and safety needs. For more information or to schedule a meeting during the exhibition, please contact us at karenchen@cnxwfg.com
We are thrilled to announce our participation in INTERTRAFFIC AMSTERDAM 2024, the premier global event for traffic and mobility innovation. Join us to explore the latest advancements in reflective sheeting technology, designed to enhance road safety and visibility. Event Details: - Dates: 16th - 19th April 2024 - Booth: H08.141 - Location: RAI Amsterdam, Europaplein 24, 1078 GZ Amsterdam, The Netherlands
What is the installation process for this prismatic reflective film? Are any special tools required? The prismatic reflective film, a key component in safety and design, enhances visibility and aesthetics across various applications. Its installation, critical for optimal performance, requires precision and care. This article delves into the detailed installation process of prismatic reflective film, exploring the necessity for specific tools and techniques. 1. Surface Preparation The first step in installing prismatic reflective film is preparing the surface. A clean, dry, and smooth surface ensures strong adhesion and longevity. Historical data suggests that most installation failures result from inadequate surface preparation. Cleaning the surface with a solvent or detergent removes dirt, grease, and residue, creating an ideal base for the film. For reflective sheeting applications, this step is crucial in traffic signs and vehicle wraps where durability is paramount. 2. Measuring and Cutting Accurate measurement and cutting are essential for a seamless installation. Using tools like rulers or measuring tapes ensures accuracy, and a clean cut contributes to the aesthetics and effectiveness of the film. Historically, precision in this step has been linked to the professional appearance and performance of the reflective sheeting in traffic and safety applications. Incorrect measurements and cuts not only waste material but also result in a poor fit, affecting the overall look and effectiveness. In the context of reflective signage, imprecise cuts can lead to reduced legibility and effectiveness, especially at night. Tools like precision cutters and clear rulers are indispensable in this step. 3. Application Solution A soapy water solution, applied to the surface, facilitates the film's application. This technique, originating from traditional vinyl film applications, aids in positioning the film and eliminates air bubbles, a critical factor in ensuring uniform reflectivity and durability. It allows for repositioning of the film, a critical aspect especially for large-scale applications like vehicle wraps or sizable signage. Without this flexibility, the film may end up misaligned or with unwanted creases, severely impacting its reflective capabilities and aesthetic appeal. 4. Applying the Film The application process requires careful handling to prevent creases and air bubbles. Starting from one edge and gradually proceeding ensures a smooth application. This technique has evolved from early vinyl applications to accommodate the unique properties of prismatic reflective films. Applying the film requires a steady hand and patience. Rushing this step can lead to air bubbles and wrinkles. In traffic signs, these imperfections can lead to "hot spots" or areas of reduced reflectivity, which can be a safety concern. The technique of applying from one edge and gradually proceeding helps mitigate these issues. 5. Squeegee Out Bubbles sing a squeegee or similar tool to smooth out the film is a critical step. This process, derived from traditional decal applications, is vital for removing air bubbles, which can affect the film's reflective properties and longevity. Air bubbles trapped under the film can lead to premature aging and peeling. In safety applications, such as on emergency vehicles, this can mean the difference between high and [...]
The cornerstone of prismatic reflective film lies in its microprismatic layer. This layer is a dense array of minute prisms, meticulously crafted from materials like acrylic or polycarbonate. These microprisms are precision-engineered to bend and reflect light back towards its source, a principle known as retroreflection. The efficiency of this layer is remarkable, with some films reflecting up to 70% of incident light, a significant advancement from traditional glass bead reflective technology.
