Most transparent film products function as safety films. UV protection from direct sunlight is also a major function, but it is usually used for protection and safety. In order to function as a safety film, it must generally have a thickness of at least four millil. This transparent film is considered a non-reflective film because it contains no metal.
This film is a non-reflective film that does not contain metal. Dyed film is primarily controlled by the flow of scintillation light, which is in blocking external vision, and reducing heat by absorbing solar heat. Dyeing films show a variety of colors by dyed polyester films, and include colors in thin adhesives. Since the dye film does not contain metals, it absorbs heat and effectively has little effect on thermal control Solar Control, and its reflectivity is also inefficient. In addition, dyeing films are easily bleached and cannot be preserved for a long time and have the ability to conduct heat indoors because they absorb and control heat, which is also a cause of glass damage due to high heat absorption in areas where solar radiation is strong. And dyeing film uses glue of the subclamatic system, which is a primitive method commonly used 20 years ago, such as a drop in adhesion strength in high heat, and is rarely used in advanced countries.
Metal film is coated with deposited metal on the surface of polyester film. These films have efficient solar control properties because these coated metals can reflect a significant amount of solar light.
Films containing metal or metal oxide are not visually reflective and have two basic production processes for metallic type films.
1. Metalizing
2. Sputtering
In short, metalization (or vacuum coating) is the process of applying metal (mostly aluminum) to another layer of polyester film and another layer of polyester film. This product is Solar Control Film, which can reject more than 80 percent of the sun's radiation. Because the vacuum metalization process can be controlled, a thick layer of aluminum can be produced to ensure robust durability.
By varying the process of metalization, Solar Control Film can have different levels of visual light transmission. Furthermore, the synthesis of transparent polyester and lower aluminum layers can produce various color versions of the film. Metal film can be controlled by area of the solar spectrum and has various delivery levels and characteristics to control it. And the color of the metal film is not discolored.
The core of the sputtering process is the method of metalizing of metals. First, electrical energy is charged to anions by combining the electrical energy with the inert (or active) gas of the atmosphere in a vacuum, while binding it to atoms or gas molecules. Vacuum pressure causes particles charged with anions to move freely around the tube at high speeds. When charged particles tap the cathode (metals to be applied to films), the metallic atoms (or metallic oxides) are removed from the cathode. They knock on the film floor. He develops a thin layer of metal oxide.
There are two types of sputtering film.
-Film in the shape of metal or alloy (stainless steel, nickel-chrome, etc.)
- Filmmakers in the shape of metal oxide describe sputtering as a revolutionary technique.
This is because it is such a promising and future-oriented technology. Sputtering films have excellent solar control properties because they are produced by a metalizing process. Sputring techniques can be applied to a single layer of film (such as metal on a metal layer), resulting in the highest levels of solar control and thermal management, including unique collars and selective solar transmission. It also ensures near perfect insulation when constructed on glass.
All glass films are made using polyester film in various thicknesses.
Pressure-sensitive or water-soluble adhesive is applied on one side. The non-adhesive side is coated with a hard, scratch-resistant film.
Adhesives contain sunscreen chemicals to filter out UV rays. If UV protection and the scattering prevention of glass are the main targets, they no longer need to contain other substances. Three different technologies are used to implement each characteristic performance depending on the film type.
Crystal Sputter Film provides a clear, dazzling view with high transparency. It also has excellent solar control at the optimum train speed.
Strong and stable use of ceramic materials has a high train uniformity, non-metallic.It's a film that is environmentally friendly.
Strong and stable use of ceramic materials has a high train uniformity, non-metallic. It's a film that is environmentally friendly.
It is often used as a solution to block solar power in buildings and homes. It creates natural colors for interior design and exterior building design for harmonious use.
스Stainless metal, film and adhesive, and anti-scratching coatings offer high performance, durability and long-lasting durability, and wide selection of film applications.
Unlike conventional films, it is a new concept that can block up to 98% of thermal infrared rays while maintaining the interior illumination.
This product effectively blocks hot sun heat through glass, and enables a clean view of the interior and the beautiful beauty of the building at the same time.