HIGHLIGHTS AT THE “JOURNEY BEYOND BOUNDARIES” EXHIBITION: THE 2026 SINTERED STONE COLLECTION
As part of the series of activities leading up to AMY GRUPO’s 10th Anniversary Celebration, the “Journey Beyond Boundaries – A Journey of Aspiring Farther” exhibition made a powerful impression with the showcase of the 2026 Sintered Stone Collection – a hub for pioneering material trends and breakthrough surface technologies for future architectural spaces.
Under the theme “Nurture Vibe – Nutrients for Space,” the collection stands out with large-format sintered stone lines in sizes of 120x240cm, 80x160cm, 120x120cm, and 100x100cm, unlocking diverse application possibilities for architecture, residential interiors, and various types of high-end administrative and commercial spaces.
Technological Signature and Advanced Surface Effects
Not only impressive in scale, but the collection also asserts its technological signature with a system of high-end surface effects:
Micro-diamond: Ultra-metallic crystal effect.
Dry Granule Technology: Micro-crystalline dry granule distribution technology.
Rocker: Powerful deep-vein stone surface.
Anti-slip: Superior anti-slip technology.
The combination of advanced production technology, emotionally resonant tactile interaction, and versatile application across many spatial styles creates products with a visual depth that is both realistic and ethereal.
Multi-sensory Experience with 3D Mapping Immersive Technology
In addition to the grand display of physical products, the event utilized 3D Mapping Immersive technology. Every vein, texture, and surface movement was vividly recreated, providing a multi-sensory experience that allowed attendees to truly and overwhelmingly feel the beauty of the “Nurture Vibe – Nutrients for Space” collection.
More than just a product introduction, the exhibition demonstrates AMY GRUPO’s strategy for technological innovation, enhancing product creativity, and the ambition to create a sustainable material ecosystem on its journey to reach new standards in the building materials industry.























