Blog

Fiber cement boards are made to perform for decades, but only when they are finished with the right coating system. The correct paint not only improves visual quality, but also protects the boards against moisture, heat, UV exposure, and long-term degradation.

When designing a fiber cement façade, one of the most important decisions is choosing the correct fixing system. The fixing method impacts not only aesthetics, but also durability, performance, wind resistance, installation cost, and long-term maintenance.

Choosing the correct thickness for fiber cement boards is one of the most important decisions in façade design. Thickness directly impacts panel strength, rigidity, installation method, wind resistance, and long-term durability.

In Estonia, Latvia, and Lithuania, Scandinavian architectural influence is more visible than ever. Clean lines, natural tones, and minimalist façades dominate modern residential and commercial projects across the Baltic region. As designers seek materials that balance

Over the last decade, the construction landscape in the Baltics has begun to shift. Architects, contractors, and developers in Estonia, Latvia, and Lithuania are actively seeking façade materials that offer long-term durability with lower maintenance and better climate performance.

The Gulf region has its own unique architectural identity—characterized by modern villas, large façades, clean lines, and materials that can withstand intense heat, humidity, sandstorms, and sunlight. Fiber cement boards

The Gulf region has one of the harshest climates in the world. Extreme heat, sandstorms, intense UV radiation, and coastal humidity place enormous stress on building façades. Many traditional materials—such as plaster,

Weather can make or break the quality of a fiber cement board installation. Unlike lightweight panels, fiber cement reacts strongly to temperature changes and moisture conditions. If installed under the wrong weather

The substructure is one of the most critical components of any fiber cement façade system. Even the highest-quality board will fail if it is installed on an unsuitable or unstable substructure. Choosing the right system—timber, metal, or aluminum