Performance
PERFORMANCE
High Moisture Resistance
​In modern buildings, ceiling sagging and deformation not only detract from the aesthetic appeal of a space but also lead to surface cracking and staining, which shortens the ceiling's lifespan. The ability of a ceiling to effectively resist moisture and prevent sagging is one of the most important criteria for assessing high-quality ceiling products and is a key factor in our customers' selection process.

In areas with high indoor humidity—such as swimming pools, showers, locker rooms, special production zones (like textile factories), and areas of a building that are not completely sealed—choosing products with superior moisture resistance is essential.  


Kente products are highly resistant to sagging and can be used in environments with relative humidity up to 90% and temperatures up to 104°F (40°C).

High Moisture Resistance


Relative Humidity (RH), refers to the ratio of the actual water vapor pressure in the air and saturated water vapor pressure, which reflects the air from the degree that the air is from saturated air. RH9o, that is, in a closed testing environment at room temperature, the relative content of moisture in the air up to 90%. Kente mineral fiber ceiling tile can be used normally in RH90 environment, but can not be used in environments where water accumulates indoors and comes into direct contact with water.


High Moisture Resistance


China has one of the most developed monsoon climates in the world. In winter, it is controlled by the Asian High, prevailing cold and dry northerly offshore wind; in summer, it is controlled by the Northwest Pacific Subtropical High, prevailing moist and  warm southerly air from the sea, warm, wet and rainy.

In buildings that maintain continuous contact with outdoor air, mineral wool board materials need to choose products with high moisture resistance.

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