Kerama facade cladding

Kerama is a façade cladding system made from PVC, designed to combine the visual characteristics of timber with the performance benefits of a modern synthetic material. It is intended as a low-maintenance and weather-resistant solution for exterior applications, offering an alternative to traditional wooden cladding profiles such as Swedish rabat boards.

The product features a surface with pronounced relief and a high level of contrast, resulting in a visually distinctive appearance. It is available in various styles and colours. These options allow for a degree of visual flexibility across different architectural styles.

Kerama panels are available in three surface treatments and are developed to retain their appearance over time. Selected variants include UV-resistant coatings that help reduce discolouration from prolonged sun exposure. Due to the properties of PVC, the panels demonstrate high resistance to moisture, frost, and general weathering, making them suitable for use in variable climatic conditions.

In addition to their weather resistance, the panels contribute to acoustic performance, with good sound-insulating characteristics that can support a more comfortable interior environment. The product is also fire-resistant; the inclusion of mineral components in the formulation results in a non-combustible material classification, which may assist in meeting relevant safety requirements.

The system is designed to require minimal upkeep. Its durable surface finish means the panels do not require recoating, even after extended periods of exposure. This makes Kerama suitable for use in projects where long-term durability and limited maintenance are important considerations.

Kerama is manufactured primarily from PVC, supplemented by mineral fillers. While not a natural material, the inclusion of recycled content supports a degree of circularity. The cladding system is positioned for use in both residential and commercial construction, where a balance of visual consistency, environmental exposure resistance, and ease of maintenance is required.