At the heart of COLORIA GROUP's appeal lies their MCM product range—a family of modified cementitious materials engineered to push boundaries. Unlike conventional cement-based products, MCM blends high-performance polymers, mineral aggregates, and recycled components to create panels that are lighter, stronger, and infinitely more customizable. Let's explore the stars of this lineup that have contractors raving.
Imagine trying to clad a 50-story skyscraper with traditional 60cm x 60cm stone tiles. The result? Thousands of grout lines breaking up the facade,, and a disjointed aesthetic that undermines the architect's vision. Now picture replacing those tiles with
MCM Big Slab Board Series
panels—some as large as 3m x 1.5m—installed seamlessly to create a single, sweeping surface. That's the difference this series brings to mega-projects.
Take, for example, the
travertine (starry green)
variant—a crowd favorite among luxury hospitality projects. Its surface mimics the look of natural travertine, but with a twist: embedded flecks of iridescent green that catch the light, evoking a starry night sky. Installed as a big slab, it transforms hotel lobbies into immersive spaces where guests feel wrapped in nature's artistry. And because each slab is precision-engineered, contractors report cutting installation time by up to 40% compared to standard tiles.
The construction industry is no stranger to 3D printing, but COLORIA GROUP's
MCM 3D Printing Series
takes the technology from novelty to necessity. Unlike plastic-based 3D printed materials that struggle with outdoor durability, these panels use the same modified cementitious base as their MCM siblings, making them weather-resistant, fire-retardant, and built to last decades.
One standout application? Custom
wave panels
for a waterfront museum in Jeddah. The architect wanted the exterior to mimic the movement of the Red Sea, with undulating curves that standard cladding couldn't achieve. Using 3D printing, COLORIA GROUP produced panels with organic, flowing lines that perfectly captured the design intent—all while keeping the material lightweight enough to avoid reinforcing the building's structure. "It was like sculpting with stone, but with the precision of a 3D printer," says a local contractor who worked on the project.
Perhaps the most revolutionary in the lineup is
MCM Flexible Stone
—a material that defies the "brittle" stereotype of cement-based products. At just 3-5mm thick, it bends and conforms to curved surfaces, making it ideal for everything from rounded columns to vaulted ceilings. Yet despite its flexibility, it boasts a tensile strength that outperforms many traditional stones, thanks to its reinforced polymer matrix.
Contractors in Saudi Arabia have embraced this product for heritage restoration projects, where preserving historical architecture often means working with uneven, non-linear walls. One recent project involved cladding the interior of a 19th-century palace in Riyadh with flexible stone in
lunar peak silvery
—a finish that mimics the moon's cratered surface, adding a modern twist to the historic space. "We could wrap it around the palace's original stone walls without cracking, and it weighed so little we didn't need to reinforce the structure," notes the project's site engineer.