NovaBell: rethinking façades with OutWall

Today, the building envelope plays a central role in contemporary architecture: it not only defines a building’s appearance, but also makes a decisive contribution to comfort, energy efficiency, and long-term durability. With OutWall, NovaBell offers a complete range of porcelain stoneware surfaces for ventilated façade cladding, combining technical performance, design freedom, and sustainability.

 

Ventilated façades significantly improve the indoor microclimate: the continuous airflow between the wall and the cladding reduces humidity and condensation, prevents thermal bridges, and enhances both thermal and acoustic comfort. At the same time, they contribute to energy savings by protecting buildings from summer overheating and limiting heat loss in winter. Durable and easy to maintain, porcelain stoneware cladding systems are ideal for both new construction and refurbishment projects.

 

 

OutWall is based on high-performance porcelain stoneware tiles, sustainably produced in Italy using high-quality raw materials. The slabs are extremely resistant to weathering, frost, UV radiation, and dirt; they are non-combustible and nearly impermeable to water. Aesthetics and colours remain unchanged over time, an essential advantage for long-lasting façade design.

 

Thanks to the versatility of formats and the wide range of orientation and composition options, OutWall allows architects to interpret façades through ever-changing laying patterns, ranging from regular, minimalist solutions to dynamic, three-dimensional designs. NovaBell surfaces are designed to integrate with the main ventilated façade systems currently available on the market, offering designers extensive creative freedom.

 

 

The OutWall system is complemented by bespoke special pieces and dedicated technical support.

 

From window sills and corner solutions to fully customised, project-specific elements, NovaBell offers a comprehensive range of ceramic façade surfaces designed to meet the precise requirements of contemporary architecture.