Hanover Architectural Products

The PaverLoc™ System is engineered for high-wind conditions and features a concealed locking mechanism that delivers a smooth, continuous surface appearance. The system is comprised of three components: the PaverLoc™ Paver, PaverLoc™ Pedestal, and PaverLoc™ Pin. Designed with...

Hanover® Permeable Paving Units are engineered for effective stormwater management, helping reduce runoff and promote groundwater recharge. Available in various sizes, finishes, and colors, they allow you to meet environmental goals without compromising aesthetics or durability.

Driven by improved technology and Hanover's commitment to innovation, the refreshed Prest® Brick palette is matched by exceptional durability. The refined manufacturing process increases overall structural integrity and strength, resulting in concrete bricks that are more resistant to natural...

For over 55 years, Hanover® has participated in the development of pavers, as they became an integral part of architectural design. Custom color and aggregate blending has become Hanover's trademark, as well as, the ability to adapt to the special paver needs of each individual project. Hanover®...

Hanover's finely crafted Italian Porcelain Pavers feature crisp finishes and realistic color variations. Hanover® has worked diligently to develop five distinct color collections, authentically capturing the look of natural materials such as marble and travertine, materials that are often difficult...

Hanover's Asphalt Block is equally suited for commercial, residential, and industrial applications. They are comfortable to walk on, are extremely durable with a less than 1% absorption rate, and enable easy changes, repairs or replacements. Hanover® also offers the Chesapeake Collection Asphalt...

Hanover manufactures two styles of garden and landscape walls, Chapel Stone Garden Walling and Ammon's Wall.

Glacier White Roof Paver has a reflectance value of 0.69, emittance value of 0.94 and an SRI value of 85, critical elements in a roof's ability to reduce heat consumption.