Beautiful gradient glass texture design, aesthetic glassmorphism style. A series of mobile wallpapers that showcase vibrant hues, exquisite textures, and transform your phone screen into a radiant canvas of artistry. You can feel the gradient of colors in ambilight.
You can download ALL the wallpapers at: https://apps.apple.com/app/id6462838994
What makes these wallpapers unique?
Each wallpaper draws inspiration from the rainbow, featuring intricate glass textures and a play of colorful light and shadow. Whether it’s a subtle gradient or bold primary colors, each image presents a breathtaking effect, adding a distinctive brilliance to your device.
How is the interplay of light and glass showcased?
Light dances and refracts on the glass surface, creating a captivating effect reminiscent of stained glass windows in grand cathedrals. Every swipe or tap reveals a mesmerizing dance of light and shadow, providing a miraculous visual experience.
Which moods and settings do these wallpapers suit?
This collection offers diverse options to match various moods and settings. Whether you seek the tranquility of blue and green tones or the warmth of reds and yellows, there’s a wallpaper to suit your unique taste.
What is glass gradient?
Glass gradient refers to a type of glass that features a gradual transition or blend of colors or shades across its surface. This effect is achieved through direct-to-glass printing techniques, where the gradient is applied directly onto the glass during the manufacturing process.
Gradient glass is commonly used in interior applications such as partitions, conference rooms, and railings. Its visually appealing and dynamic appearance adds a touch of elegance and creativity to architectural spaces. The gradual shift in color or shade creates a sense of depth and dimension, enhancing the overall aesthetic appeal of the glass and the surrounding environment.
How do these wallpapers elevate the mobile experience?
Set these wallpapers as your phone background to immerse yourself in a world of vibrant beauty. Each unlock is like opening a door to a realm of fantastical colors, making your phone screen a personalized canvas of radiance, bringing joy and surprise with every glance.
What is dichroic glass and how is it made?
Dichroic glass is a unique type of glass that displays different colors when viewed from different angles. It is made through a manufacturing process that involves the deposition of multiple ultra-thin layers of transparent metal oxides or silica onto the surface of the glass.
The process begins in a vacuum chamber, where the glass is placed. Within the chamber, an electron beam vaporizes the selected metals, such as titanium, chromium, aluminum, zirconium, or magnesium, or silica. As the metal or silica vaporizes, it condenses and forms a crystal-like structure on the surface of the glass.
The resulting layers of metal oxides or silica create a thin film coating on the glass, which is responsible for the dichroic effect. This coating interacts with light, causing it to split into different wavelengths and reflect different colors. As a result, when the glass is viewed from various angles, it exhibits a range of vibrant colors, creating a captivating and dynamic visual effect.
The manufacture of dichroic glass requires precision and expertise to achieve the desired color-shifting properties. The final product is often used in artistic and decorative applications, such as jewelry, glass art, and architectural installations.
How is gradient glass made?
Gradient glass, specifically gradient laminated glass, is made using a process that involves laminating a gradient PET film within layers of EVA (ethylene-vinyl acetate) film and glass.
The manufacturing process begins by selecting a gradient PET film, which is a film with a gradual transition or blend of colors or shades. The PET film is then sandwiched between layers of EVA film. EVA film acts as an adhesive that bonds the PET film to the glass.
During the laminating process, the EVA film is heated and melted, creating a semi-liquid state. The PET film is carefully placed within the layers of EVA film, ensuring that the gradient effect is maintained. The layers of EVA film with the embedded PET film are then positioned between two layers of glass.
The entire assembly is placed in a vacuum bag or an autoclave, where heat and pressure are applied. This process allows the EVA film to fully melt and bond the PET film to the glass. As a result, the gradient effect is preserved, and the layers of glass, EVA film, and PET film become a single, laminated unit.
The final product is gradient laminated glass, which exhibits a smooth and seamless transition of colors or shades across its surface. This type of glass is widely used in various applications, including architecture, interior design, and decorative purposes, where the gradient effect adds visual interest and enhances the aesthetic appeal of the glass.