How Does The Performance Of Artificial Marble Flooring Compare With Natural Marble Flooring?
May 09, 2024
The performance comparison of artificial marble flooring and natural marble flooring involves many aspects, including durability, environmental protection, cost-effectiveness, and ease of construction.
Durability and mechanical properties: Natural marble has high toughness and compressive strength due to its naturally formed structure. However, natural marble is also fragile, has micropores, and has many natural cracks. These defects may cause cracks or watermarks during use. In contrast, artificial marble can optimize its mechanical properties, such as flexural strength and compressive strength, by using materials such as unsaturated polyester resin (UPR) and nano-TiO2. In addition, the corrosion resistance of artificial marble has also been improved, although certain chemicals such as toluene have a greater corrosive effect on it.
Environmental protection and health effects: Artificial marble is considered a healthy and environmentally friendly choice because it is non-radiative and can be customized in color and size as required. This makes artificial marble a more popular choice, especially in environments where personalization and artistic beauty are sought.
Cost-Effectiveness: Although natural marble has a unique beauty, it is often very expensive. On the contrary, artificial marble offers a more cost-effective alternative, especially when applied on a large scale, and its economic advantages are even more obvious.
Convenience of construction: The floor construction of natural marble usually requires professional technology and a long time to complete, while artificial marble can be installed faster due to its simplified processing process. In addition, the construction process of artificial marble usually does not require complex cement mortar leveling layers, which further simplifies the construction process and reduces costs.
In summary, artificial marble flooring has certain advantages in durability, environmental protection, cost-effectiveness, and construction convenience, and is especially suitable for modern architecture and interior decoration fields.
