NovaStone
MINERALSKIN™ FACADE SYSTEM


About Us
Redefining the Built Environment
At Nova Materials Group LLC (DBA NovaStone), we believe the facades of tomorrow should do more than just look beautiful—they should actively work for the building and the environment. We specialize in sourcing, engineering, and delivering advanced architectural surface solutions that empower architects, builders, and developers to push the boundaries of modern design.
Our flagship innovation, the MINERALSKIN™ Facade System, represents the next evolution in building envelopes. It is a surface-functionalized, cement-based engineered stone that seamlessly blends the raw, authentic aesthetics of natural stone with groundbreaking material science.
The Science of MINERALSKIN™: Photocatalytic & Self-Cleaning
We don't just supply cladding; we deliver smart materials. The MINERALSKIN™ system features advanced photocatalytic technology embedded directly into the engineered stone surface.
When exposed to sunlight, the facade triggers a natural chemical reaction that breaks down organic pollutants, dirt, and smog. When it rains, the surface becomes hydrophilic, allowing rainwater to wash away the decomposed residue evenly without leaving unsightly streaks.

Our Featured Projects

Aesthetic Mineral Facade System
This innovative facade system combines striking visual appeal with unmatched performance, utilizing advanced materials to ensure longevity and low maintenance while enhancing the architectural beauty of any structure.

High-Performance Building Panels
Our high-performance panels are designed to resist environmental factors, offering a low-maintenance solution that keeps buildings looking pristine while optimizing energy consumption.

Green Urban Architecture
Our solutions are tailored for urban settings, emphasizing sustainability and efficiency. By integrating our mineral envelope systems, buildings can achieve enhanced energy performance and aesthetic distinction.
Why Choose NovaStone
Revolutionary Technology
Sustainable Innovation
Exceptional Durability
Collaborative Expertise