Архив категорий: Technical News

В чем преимущество химической реакции сшивания пленки из этиленвинилацетата при использовании ламинированного стекла?

The cross-linking chemical reaction of EVA (Ethylene Vinyl Acetate) film in laminated glass offers several advantages. It improves the mechanical properties of the material, enhances durability under harsh conditions, and offers excellent adhesive bonding. EVA is a key material used for traditional solar panel lamination. Once laminated, EVA sheets play an essential role in preventing…

Тенденция развития пленки Eva для многослойного стекла в области энергосберегающих окон.

The development trend of EVA (ethylene-vinyl acetate) film for laminated glass in energy-efficient windows is leaning towards optimizing thermal performance, improving daylight inflow, minimizing energy consumption, and reducing greenhouse gas emissions. This is achieved through a combination of advanced technologies, material improvements, and design strategies. The use of EVA interlayer films in laminated glass significantly…

Применение цветной пленки eva в ламинированном стекле

Colorful EVA film is widely used in the production of laminated glass for various applications. Here are some of the applications and advantages of using colorful EVA film in laminated glass: Aesthetics: The color of EVA interlayer can significantly impact the aesthetics of the laminated glass. It is important to choose a color that complements…

Умное многослойное стекло с PDLC и пленкой eva

Smart Laminated Glass with PDLC (Polymer Dispersed Liquid Crystal) and EVA (Ethylene-Vinyl Acetate) film is a type of high-tech glass that can shift from being transparent to opaque with the application of an electric current. This technology is used to create “smart” windows and glass partitions that can be adjusted for privacy or varying levels…

Аксессуары из ламинированного стекла EVA

When it comes to the accessories used in EVA film laminated glass, there are several components and materials that play a role in the lamination process. Here are some of the key accessories: EVA Film: EVA (Ethylene Vinyl Acetate) film is the main interlayer material used in EVA film laminated glass. It is a thermoplastic…

Стандарт подбора пленки ЭВА для многослойного стекла

When picking EVA film for laminated glass, there are several factors to consider. Here are some key points to keep in mind: Application: Determine whether the laminated glass will be used indoors or outdoors. EVA film is mainly suitable for indoor applications due to its lower melting point and average UV resistance. It is commonly…

Красивая многослойная стеклянная архитектура

When it comes to beautiful laminated glass architecture, there are several stunning examples that showcase the innovative use of glass in building design. Here are some notable examples: Idea Store in London: Designed by David Adjaye, the Idea Store features a glass façade that mimics the nearby market stalls, creating a vibrant and dynamic aesthetic.…

Как цветная пленка EVA используется для наружных работ?

Color EVA film can be used for outdoor applications in various ways. Here are some possible uses and applications based on the search results: Photovoltaic Encapsulation: EVA film is commonly used as an encapsulate for solar PV modules. It provides mechanical support, environmental isolation, and protection for solar cells. EVA film is inexpensive, has good…

Будущее пленки EVA для многослойного стекла

The future of EVA film for laminated glass looks promising. EVA film, made from the copolymer ethylene-vinyl acetate, is widely used in interior and exterior architecture due to its outstanding resistance to heat and aging. Here are some key points to consider: EVA film is used to laminate glass and forms a highly crosslinked composite…

Для решения проблем качества при производстве многослойного стекла с EVA

To address quality issues in laminated glass production with EVA, we can consider the following steps: Optimize the lamination parameters: The lamination parameters for EVA laminates can be fine-tuned in an experimental way, especially when inserts are added in the laminate. The temperature, time, and vacuum conditions during the lamination process should be adjusted based…