Real Gard has spent years researching and developing vacuum magnetron sputtering thin films, dedicated to the exploration and research of integrating driving space with sunlight, with the core technology of vacuum magnetron sputtering that leads the industry. They provide a safe and technology-integrated driving ecological solution, taking on the responsibility of reform and innovation in automotive thermal insulation films.
As a cutting-edge glass film manufacturing process ahead of world standards, the production technology of “magnetron sputtering” involves the orderly ion bombardment of precious metals such as nickel, silver, titanium, gold, indium, copper, aluminum, etc., in a vacuum environment. The metal ions are uniformly sputtered onto optical-grade PET substrates using magnetic field control, depositing as a metal coating layer.
Magnetron sputtering is the process in which electrons collide with target atoms under the action of an electric field, ionizing a large amount of gas ions and atoms, which fly towards the target. The ionized particles are impacted by the electric field to generate material sputtering, forming a film of neutral atoms (or molecules) on the target. Secondary electrons, in the process of accelerating towards the target, are influenced by the Lorentz force of the magnetic field, trapping them near the target surface within the plasma region. In this high-energy plasma region, secondary electrons move in a spiral motion under the influence of the magnetic field.
The path of these electrons is long, and during their movement, they continuously ionize the atoms of the target, sputtering a large amount of material. After multiple collisions, the energy of the electrons gradually decreases, breaking away from the magnetic field lines and moving away from the target material. Eventually, they deposit on the substrate.
High-end technology • International standards
Pure and impurity-free, bright and transparent
The precious metals targets such as nickel, silver, titanium, gold, steel, indium, aluminum, etc. selected for the “sputtering” production technology are all carefully selected from top international suppliers.
The key to stability and adhesion
“Sputtering” as the most cutting-edge fourth-generation film deposition technology, the stability and adhesion of the film will directly determine the judgment of the film quality, so in the production environment and production process details, Realguard strictly adheres to production standards.
Thermal insulation, explosion-proof, and durability tests as the final inspection barrier. Kude establishes a strict product performance inspection laboratory; we simulate real usage scenarios; exposure to sunlight, stability tests; replication of actual scenarios such as penetration, impact, and adjust product parameters based on test feedback results repeatedly to ensure continuous improvement of quality.
Magnetron sputtering thermal insulation principle
The near-infrared in sunlight contains about 54% of the total solar energy. The point film can effectively block the heat generated by infrared rays, with a high infrared blocking rate of over 90%, providing effective protection for thermal insulation.
The common automotive large sun films on the market are theoretically divided into absorptive films and reflective films. Absorptive films use heat-absorbing adhesive coated on the surface of transparent polyacids to absorb infrared rays and achieve heat insulation, while reflective films use a layer of metal or nanoscale ceramic material on transparent polyester film to reflect infrared rays for heat insulation purposes.
Ordinary window films absorb solar heat by adding IR absorbents to absorb heat in around 15 minutes of direct sunlight. Coolde high-insulation large sun visually utilizes a metal layer to reflect heat like a mirror.
The continuous release towards the car interior
The ability of the system to repel punishment, allowing each molecule to achieve high thermal insulation
The heat-absorbing film utilizes a heat-absorbing agent to absorb thermal energy (infrared rays in the solar spectrum). When the heat absorber absorbs enough heat, it easily reaches saturation, and after saturation, it will re-emit the absorbed heat in the form of far-infrared radiation into the car, making it feel even hotter. On the other hand, reflective film reflects the infrared rays outside the car, thus eliminating the issue of secondary radiation, fundamentally solving the heat problem.
Safe and eco-friendly, delicate taste, Safety, tech-savvy, technology. “Technology creates a safe ecological space”. More than just heat insulation, from formula design to supervised production, Kode treasures the emotions of “incubation” in every link. The unremitting exploration of technology is accompanied by the dedication of the caretaker of Cool Deco sun film: the creative glory brought by heat insulation technology innovation, endowing Cool Deco’s automotive thermal insulation business with a new dimension of exploration “Technological innovation, intelligent spectrum, driving ecolog y” is a new proposition, and Cool Deco is working hard to discover the organic connection among the three. The right amount of sunlight, the perfect experience of “gentle and delicate” seems to be leisurely touching the sunlight intelligent spectrum in a wonderful journey, providing an excellent solution to resist ultraviolet and infrared rays for different sunlight exposure bands. – Shaping the Core. In the face of many complex driving environments, during the “incubation” process, the control of “magnetic control deposition” is the maximum development experience for each material; high tensile strength, adhesion, sturdy guarding barrier against bursts and erosion.
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E-mail :realgardauto@gmail.com
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