What is a common issue that leads to premature failure of fiber cement tiles?

The premature failure of fiber cement tiles is often linked to the use of incompatible constituent materials during the manufacturing process or in relation to the installation. Fiber cement products are composed of a mix of cement, cellulose fibers, and other materials. If any of these components are not compatible, it can compromise the integrity of the tiles, leading to issues such as delamination, cracking, or structural breakdown over time.

Incompatibility among materials may result from variations in expansion and contraction rates, chemical reactions, or insufficient bonding between layers, which can ultimately render the tiles ineffective for their intended use. Therefore, ensuring that all materials used in the production and installation of fiber cement tiles are compatible is crucial to avoid premature failure.

The other factors, while potentially impactful, do not have the same direct link to the material integrity as the issue of incompatible materials does. For instance, extreme temperatures can affect some building materials, but fiber cement is generally designed to withstand a range of temperatures. Improper installation techniques can also lead to issues, but these would be more related to maintaining waterproofing and securing the tiles rather than material failure itself. Lastly, high moisture levels can be a consideration for many materials, but fiber cement tends to have good moisture resistance, so environmental moisture alone