EMAYE PAINT LINES

Digital Printing on Glass

Digital glass printing uses a high-resolution, computer-controlled process to print detailed designs, images, or patterns directly onto glass surfaces using ceramic-based inks. This ink is then fused to the glass during a tempering process, ensuring long-lasting durability.

Customization: Digital printing allows for a high degree of design flexibility, including photorealistic images, complex patterns, and even gradients.

Durability: The ceramic inks become part of the glass surface after tempering, making the printed design resistant to scratches, UV rays, and weather conditions.

Applications

Building façades: Custom designs, logos, or artistic visuals on glass exteriors.Interior partitions: Decorative glass walls that allow light while enhancing privacy.Signage: High-quality branding or wayfinding signs that remain vibrant over time.

Advantages

Precision and Detail: Digital printing is ideal for complex, high-resolution images.Durability: The design is baked into the glass, making it scratch- and fade-resistant.Versatility: Any image or pattern can be digitally printed on various glass surfaces.

Silk Screen Printing on Glass

Silk screen printing, or screen printing, involves creating patterns or images using a stencil and ceramic paint that is pressed onto the glass through a mesh screen. After application, the glass is tempered, and the paint becomes part of the glass structure.

Pattern Repetition: This method is best for designs that need to be repeated over large areas, such as geometric patterns or branding elements.

Color Options: Silk screen printing offers the flexibility to use multiple colors in one design, though each color requires a separate screen.

Applications

Skylights and glass ceilings: Decorative patterns to control light diffusion.Glass railings: Repetitive patterns or logos to create aesthetic and branded designs.Curtain walls: Large glass facades with repetitive designs.

Advantages

Cost-Effective for Repeated Designs: Ideal for projects where the same pattern needs to be applied across multiple glass panes.

Durability: Similar to digital printing, the ink fuses with the glass during tempering.

Opacity Control: Silk printing can add a layer of privacy or solar control.

Roller Coating on Glass

Roller coating is a method in which ceramic ink or paint is applied to glass using a roller system. This technique is particularly useful for creating uniform textures and patterns over large surfaces, making it popular for architectural applications.

Texture Creation: Roller coating is ideal for producing textured glass surfaces, adding a tactile feel and allowing for light diffusion without losing transparency.

Efficiency: Roller coating is a highly efficient process for applying large-scale, repetitive designs across glass panels.

Applications:Façades: Uniform patterns that create visual interest while maintaining transparency.Glass floors and partitions: Textures that provide privacy or create diffused light in interiors.Solar control glass: Textured patterns that help control heat gain and reduce glare.

Advantages

Large Surface Coverage: Roller coating is cost-effective for continuous patterns or large surfaces.

Light Control and Privacy: The textures can help diffuse light and offer varying levels of privacy.

Energy Efficiency: Roller-coated glass can be used for sun-shading, improving energy efficiency by reducing solar heat gain.

Architectural Applications of Printed Glass

Building Façades

Digital, silk, and roller-printed glass are commonly used on external facades to create visually striking exteriors. Large-scale, custom designs can be applied to glass panels, offering branding opportunities, artistic expression, or functional elements like sun shading.

Examples: Artistic murals or corporate branding integrated into glass façades of corporate buildings.

Interior Glass Partitions:Printed glass partitions are ideal for offices, hotels, and commercial spaces, providing privacy without blocking natural light. Digital silk printing allows for intricate, custom designs, while roller and silk screen printing provide texture and patterns to meet design needs.Examples: Frosted patterns in meeting rooms or decorative designs for restaurant dividers.

Skylights and Glass Ceilings

Skylights and overhead glass treated with printed patterns or textures help manage light diffusion, reduce glare, and create artistic light effects within interior spaces.Examples: Decorative skylights in shopping malls, atriums, or museums that use roller-printed glass for light control.

Art Installations and Decorative Elements:Glass printed with custom artwork can serve as an architectural feature in public spaces, hotels, airports, or galleries. These installations blend functionality with visual art.Examples: Glass murals in public buildings or decorative glass sculptures integrated into architectural designs.5. Energy Efficiency and Solar Control:Printed glass can be designed with patterns that enhance energy efficiency by reducing solar heat gain and controlling the amount of light entering the building. This is commonly used in curtain walls, windows, and sun screens.Examples: Printed sun screens on office buildings that block direct sunlight but still allow for natural light.

Benefits of Printed Glass in Architecture

Design Flexibility

Digital, silk, and roller printing allow for unlimited customization, from geometric patterns to detailed artwork. This offers architects the freedom to create unique, visually compelling designs tailored to the building’s aesthetic and functional needs.

Durability

The printed designs are highly durable and resistant to fading, scratching, and weathering due to the tempering process, making them suitable for exterior and interior applications.

Aesthetic and Functional Integration

Printed glass enhances the visual appeal of buildings while also providing functional benefits, such as UV protection, light diffusion, privacy, and solar control.

Energy Efficiency

Printed patterns can be strategically applied to glass to reduce solar heat gain, improving the building’s overall energy performance and helping to achieve green building certificati