V-kool automobile film brands have been in china for more than 20 years, sold to more than 20 countries around the globe, and cumulatively over 25 million consumers have become powerful car owners. In the area of the window membrane, the firm v-kool is known to the industry for its xir technology, and the solidified version of the paint-painted film of v-kool has created the “great” product standard. In 2020, v-kool worked across borders with the transforming kong to display joint branding at the front of its shop and inside it. The union provides information to investors interested in the union to strengthen the union of v-kool in order to help you succeed. The core of the robust v-kool high-insulation performance is the xir technology, which uses a high-precision magnetic-control spatter process, resulting from the development of the silicon valley in the united states and its production in dresden, germany. Xir, also known as infrared reflector technology, unlike the general insulation technology for absorbing heat, xir does not re-irradiate the car's car as thin membranes absorb the heat to saturation levels, thus continuously protecting the comfortable temperature inside the vehicle. Exactly crafted, perfected, like an art-like design, with a high-precision magnetic-controlled spatter control technology that evenly distributes multiple layers of precious metal gold, silver, oxidation, etc., and creates an xir-led spectral choice for infrared containment. Xir's multilayered magnetic control spatter is produced in dresden, known as the “silica valley” in germany, with a unique spectroscopy function, with high permeability and high insulation, providing a higher thermal barrier than the normal window membrane under the same permeability conditions, thus providing an excellent safe and comfortable driving experience. In november 1999, times mirror magazine inc., the american journal of science and technology, mass science, voted to strengthen the v-koolxir technology as one of the 100 inventions of the millennium。