Granite

Material Overview – Granite
Granite is one of the most durable and resilient natural stones used in architecture. Formed under intense heat and pressure, it offers exceptional strength, density, and resistance to weathering. Its crystalline composition provides rich color variation and depth, making it ideal for projects that demand both performance and bold visual impact. Available in a wide range of finishes and panel sizes, granite delivers a refined yet powerful presence suitable for modern and traditional façades alike.

Gridworx Sets the Standard
By combining the unmatched durability of granite with a proprietary installation system, Gridworx establishes a new benchmark for high-performance wall cladding. The result is a comprehensive façade solution that delivers strength, efficiency, and timeless architectural impact.

RECENT GRANITE PROJECTS

Las Vegas Veterans Memorial

Las Vegas Veterans Memorial used gridwork SKR system with Saint-Henri Black (Polished) Granite. Gridworx along with G.C. Wallace and KGA Architecture have donated their services to this project. Gridworx is proud that we could assist to create a world-class monument that provides a powerful and lasting experience for the visitor while evoking a deep sense of gratitude and respect for our veterans and their families.

SYSTEMS AVAILABLE FOR GRANITE

System Overview – Gridworx Ventilated Rainscreen

When paired with the Gridworx ventilated back-drop rainscreen system, granite becomes part of a fully engineered façade solution designed for longevity and precision. Gridworx integrates patented aluminum channel technology that provides a secure, efficient attachment method while maintaining clean architectural lines.

The system supports hundreds of natural stone and manufactured cladding options, giving designers complete flexibility without sacrificing structural performance. With in-house architectural support, independent third-party engineering, and advanced project coordination, Gridworx ensures confidence from design through installation.

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