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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

Choosing the right façade material is one of the most important decisions in any construction project. Modern façades must perform structurally, withstand weather, meet fire requirements, provide insulation, and still deliver a high-quality architectural appearance.

Aluminium composite panels (ACP) have become one of the most versatile materials in modern construction and architectural design. Their durability, lightweight nature, and aesthetic flexibility make them suitable for a wide range of applications.

Aluminium composite panels (ACP) offer excellent durability, design flexibility, and long-term performance when installed correctly. However, poor installation practices can significantly reduce panel life, cause deformation, or even create safety risks.

The fire rating of aluminium composite panels is now one of the most important criteria for architects, contractors, and developers. After several global façade-related fire incidents, regulations in the UK and EU have tightened dramatically. Selecting the correct ACP core is no longer optional — it is a compliance requirement.

No matter how durable your exterior sheathing board is, poor joint sealing can lead to air leaks, moisture penetration, and long-term façade failure. Properly selected sealants and joint tapes ensure airtightness and watertightness—key for energy-efficient, code-compliant wall assemblies.

Choosing the right exterior sheathing board thickness is more than a design preference — it directly affects a building’s structural performance, energy efficiency, and weather durability.

Industrial environments such as factories, power plants, and laboratories demand construction materials that can withstand extreme heat, moisture, and chemical exposure — without degrading over time.
Among the few materials that meet these challenges,