Floor Installations

Floor installations is determined by the dryness level of the concrete or screed. Ensuring the proper dryness level is crucial for a successful floor installation, and failure to do so can lead to various issues. Here are some of the challenges that may arise in assessing moisture content in concrete:

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Flooring comparability issues

Different types of floor coverings require specific moisture tolerance levels in the concrete and screed. It is important to ensure that the moisture content falls within the manufacturer's recommended range for their chosen flooring material. For instance, certain flooring options may be more suitable for damp environments, while others are not. Failure to do so can void warranties and result in costly flooring issues, as it may involve remediation efforts, such as applying moisture barriers or using specialized adhesives designed for damp environments. These extra steps add to the overall project expenses.

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Addressing inadequate drying

Inadequate drying of concrete and screed can lead to excessive moisture damages, which pose a significant risk to flooring materials over time. For example, hardwood flooring can swell and warp, carpeting can develop mold and mildew, and tiles can crack or pop off due to expansion caused by moisture.

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Having real-time solution that you can rely on, improves and facilitates your decision making about when to apply the flooring.

Floor installations is determined by the dryness level of the concrete or screed. Ensuring the proper dryness level is crucial for a successful floor installation, and failure to do so can lead to various issues. Here are some of the challenges that may arise in evaluating dryness levels using CM% method:

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Testing limitations

The Calcium Carbide Method (CM%) relies on chemical reactions and may not provide real-time data, hindering timely decision-making during floor installations.

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Accuracy concerns

CM% testing accuracy can be affected by various factors, such as temperature and environmental conditions. If these changes are not monitored on real-time, they can impact the success of floor installations and lead to serious damages. For example, hardwood flooring can swell and warp, carpeting can develop mold and mildew, and tiles can crack or pop off due to expansion caused by moisture.

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--> If high moisture levels are detected, proper measures should be taken to mitigate the issue before proceeding with the floor installation. This may include using appropriate moisture barriers, improving ventilation, implementing drying techniques to accelerate the drying process. Or instead, having real-time IoT solution for data-driven decisions...