The low water absorption rate of marble tiles first shows a significant effect in preventing mold. If the water absorption rate of the tile surface is high, it is easy to absorb moisture in the air or water stains in daily use. After these moisture penetrates into the interior of the tile, it will provide a moist environment for the growth of mold. Especially in areas with high humidity such as bathrooms and kitchens, mold is more likely to spread in the gaps or surfaces of tiles, affecting environmental hygiene and appearance. The low water absorption rate of marble tiles can effectively block the infiltration of moisture, and it is not easy to accumulate moisture on the surface, cutting off the moisture conditions required for mold growth from the source, making it difficult for mold to grow on the surface and joints of the tiles, and keeping them clean for a long time.
In terms of preventing deformation, the low water absorption rate also plays a key role. After absorbing water, the tiles will expand to a certain extent, and they will shrink when the environment is dry. This repeated dry and wet changes can easily cause damage to the internal structure of the tiles, resulting in deformation problems such as warping and cracking. Due to the low water absorption rate, the expansion and contraction of marble tiles affected by moisture is extremely small, and they can maintain structural stability in different humidity environments. Even if it is in a humid environment for a long time or experiences frequent water contact, it will not produce obvious deformation due to internal moisture changes, ensuring that the tiles remain flat after laying.
Low water absorption makes marble tiles more resistant to water erosion and reduces the risk of mildew when dealing with daily cleaning. When cleaning the floor daily, it is inevitable to use clean water or detergent. If the water absorption rate of the tile is high, the water in the detergent may penetrate into the interior. Long-term accumulation will cause bacteria or mold to grow inside the tile, and even spread pollution from the inside to the outside. The surface of the tile with low water absorption can drain water quickly, and the water in the detergent is difficult to penetrate. It only needs a simple wipe to keep it dry, avoiding the problem of internal mildew caused by cleaning, and keeping the tile clean for a long time.
For areas such as bathrooms and balconies that are often exposed to water, marble tiles with low water absorption can effectively prevent deformation caused by long-term immersion. Tiles in these areas may frequently contact accumulated water, and tiles with high water absorption will gradually become saturated with water, causing the edges of the tiles to swell and warp, and even detach from the base. Tiles with low water absorption are not easy to absorb water. Even if they are in contact with water for a long time, they can maintain their own stable shape. They will not expand the edges or deform the surface due to water absorption, ensuring the overall flatness of the floor or wall.
The low water absorption property can also reduce the problem of mildew at the joints of tiles, indirectly ensuring the stability of the overall structure. The joints of tiles during laying are weak links that are prone to water accumulation and mold growth. If the tiles themselves have a high water absorption rate, they will conduct water to the joints through the brick body, exacerbating the humid environment at the joints. Marble tiles with low water absorption can reduce the penetration of water into the joints, keep the joints relatively dry, and reduce the possibility of mold growth at the joints. At the same time, the dryness of the joints can also avoid the aging of the caulking materials caused by mold erosion, maintain the integrity and stability of the tile laying, and reduce the risk of deformation caused by joint problems.
In an environment with a large temperature difference, marble tiles with low water absorption can better resist deformation caused by temperature changes due to their stable moisture content. When the temperature changes dramatically, the moisture inside the tile will produce stress due to thermal expansion and contraction, causing cracks or deformation of the tile. However, the low water absorption rate of the tile has very little internal moisture, and the stress affected by temperature changes is small. It can maintain structural stability in high or low temperature environments, and will not be significantly deformed or damaged due to temperature fluctuations. It is suitable for indoor and outdoor decoration under various climatic conditions.
In addition, marble tiles with low water absorption can maintain the surface texture for a long time, indirectly reducing mildew and deformation caused by surface damage. The surface of tiles with high water absorption is prone to become rough due to water absorption, or lose its luster due to the deposition of impurities carried by water, which not only affects the appearance, but also increases the difficulty of cleaning, resulting in stains and moisture remaining on the surface, aggravating the risk of mildew and deformation. The surface of tiles with low water absorption is not easily affected by moisture, and can maintain a smooth and flat texture for a long time, which is not only easy to clean and maintain, but also reduces various problems caused by surface damage, and extends the service life of the tile as a whole and keeps it in good condition.
