Recycled glass mosaic tile GEA

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Overview GEA is a recycled glass mosaic collection by Ezarri that interprets geological surfaces as structured mosaic compositions. Made from 100% recycled glass, the collection offers eight tones arranged into three conceptual acts to provide chromatic and tactile variation for architectural and aquatic environments.

Materials & Concept GEA is conceived as a material narrative rather than a simple surface covering. It pairs natural chromatic palettes with tactile depth and is designed for use in pools, interior and exterior architectural projects, and bespoke design applications.

Acts

• Act I: Mineral Origin Three light, sedimentary hues engineered to modulate natural light and define water and expansive surfaces.
• Act II: Structural Memory Three tones with a stony, tectonic character to provide depth and controlled visual expression for immersive interior and outdoor atmospheres.
• Act III: Living Landscape Two tones with subtle botanical undertones to integrate built surfaces with surrounding landscapes.

Applications

• Swimming pools (private and public)
• Wellness and spa environments
• Bathrooms and kitchens
• Interior design and large architectural projects (interior and exterior)

Manufacturing & Installation Manufactured from 100% recycled glass and designed for compatibility with Ezarri’s JointPoint® installation system, combining recycled-material manufacturing with installation efficiency and durable aesthetic performance.

Presentation / Exhibition The collection debuted at Cersaie 2026. Launch location and dates: Hall 32 – Stand A42, September 21–25, 2026.

Technical characteristics / specifications

• Material: 100% recycled glass
• Number of tones: 8 (grouped in 3 acts: Mineral Origin, Structural Memory, Living Landscape)
• Primary uses: pools, wellness, bathrooms, kitchens, interior and exterior architectural surfaces
• Installation system: Compatible with JointPoint® installation system
• Sustainability: made from recycled material with a sustainable manufacturing approach