Cool-Max Window Films specializes in manufacturing and exporting of world top quality window films. Cool-Max has been leading the window film industries for automotive and residential and commercial purposes. Our product lines include top Nano Ceramic films and metallized films for solar control, security and privacy, energy efficiency, and decorative uses. We have been preparing steady and progressive leap into the fields solar control film and safety film of the world. The value of Cool-Max products is his break-through, patented manufacturing technology for smart window films, with creates demonstrable customer-oriented benefits in term of cost, function, and product reliability. Quality and innovation have always been a hallmark of our company. In order to maintain this competitive edge, we are always continuously upgrading to effectively meet our customers’ high standard of requirements. Innovation in our products is what differentiates us from others. This innovative spirit produces consistent high quality and cutting edge products to our customers. The underlying business strategy of Cool-max Window Films is to meet customers’ demands by differentiating our products, which allows us to deliver to the window film marketplace optimized customer benefits, including cost, reliability, and functionality. These benefits stem from Cool-Max’s advanced, patented manufacturing technology, which allows us to secure a strong position against market threats in today’s ever-changing window film industry. Cool-Max’s metallizing capability includes unique and patented methods of reactive deposition, coating films with aluminium, copper and other metals, oxides and alloys.
What is sputtering ?
Sputtering is the process of depositing a thin uniform coating onto a substrate. During the process, a target surface is bombarded with an ionized gas. Metallic atoms are ejected from the target and deposited on the substrate for coating. What is reactive sputtering ?
In standard metallic sputtering, an inert gas (e.g. Argon) is ionized to be bombarded against a target surface. As a reaction, there exists no chemical reaction between the gas and the target particles, creating a coating on the substrate with a composition similar to that of the target material. In a reactive sputtering process, however, at least one reactive gas (e.g. Oxygen or Nitrogen) is added. The influence of this gas is not only limited to participation in the effective sputtering process on the target surface, but also extends to chemical reaction with target particles forming a compound layer on the substrate. The demand for this relatively new, thin film deposition technique is rapidly growing. A large number of applications (e.g. electrical insulation, anti reflection, transparent conductors, thermal reflection, optical filters, etc.) in important industrial fields (e.g. advanced display, architectural, automotive, optical, microelectronics, etc.) are increasingly relying on the advanced properties of thin metal oxide and ?nitride films. Accurate tuning of stoichiometry, high purity and well-controlled uniformity give reactive sputtering the leading edge for advanced and future thin film applications.
Why choose sputtering ?
It is the only way to achieve the required quality It is economical. It offers clean operation and is environment friendly Our clients look to us for the kind of outstanding business relationship that will help their companies grow and thrive.
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