Ceiling Tiles for High Humidity

Ceiling Tiles for High Humidity

High humidity environments, such as swimming pools, kitchens, and bathrooms, require ceiling tiles that are built to withstand extreme moisture conditions. We have a selection of ceiling tiles available for next day delivery that offer excellent moisture resistance, ensuring long lasting performance without sagging or warping.

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Ceiling Tiles in High Humidity areas

In environments where humidity is a challenge, standard ceiling tiles may lose their integrity, leading to sagging or, in extreme cases, tiles falling from the ceiling grid. Our high humidity ceiling tiles, made from moisture-resistant materials, maintain their form and durability, even in fluctuating temperatures and humid conditions. These tiles also prevent the growth of microorganisms and reduce the risk of corrosion when paired with the appropriate grid systems.

Frequently Asked Questions

What makes high humidity ceiling tiles different?

High humidity ceiling tiles are designed to resist moisture and maintain stability in environments with up to 100% relative humidity. These tiles remain stable and lightweight without absorbing moisture, unlike traditional ceiling materials that may warp or sag over time.

Are they suitable for swimming pools and kitchens?

Yes, high humidity ceiling tiles are perfect for wet environments like swimming pools, kitchens, and changing rooms. They remain dimensionally stable in such areas and are highly resistant to corrosion when installed with the proper grid systems.

Do I need to worry about mould or bacteria growth on these tiles?

No, high humidity ceiling tiles are designed to be non-hygroscopic, meaning they don’t absorb moisture or provide a breeding ground for microorganisms like mould or bacteria. This makes them ideal for sanitary environments where hygiene is essential.

Can these ceiling tiles resist corrosion?

Yes, when paired with Enhanced Corrosion Resistant (ECR) grid systems, high humidity ceiling tiles offer excellent resistance to corrosion, ensuring they maintain their performance in high-moisture environments.