Flexible tiles aren't traditional porcelain or ceramic; instead, they're a revolutionary type of building decoration material. Made from natural modified mineral powder as aggregates and reinforced with green plant fiber and other natural polymers, these tiles are formed through a light enzyme irradiation process. Initially, flexible tiles were known for their ceramic tile-like appearance, which is why they were commonly referred to as flexible tiles. As technology advanced, these tiles evolved to mimic the textures of stone, leather, and wood, showcasing their versatility and potential for diverse applications.

The term "flexible tiles" contrasts with traditional ceramics like hard porcelain and ceramic tiles. Traditional ceramics are well-known for being fired at high temperatures, resulting in vitrification and a solid texture. In contrast, creating flexible tiles from clay involves a more complex process than simple firing. Raw clay, sourced from various soils including river, lake, sea sediments, and urban construction waste, undergoes a rigorous purification process involving drying, crushing, and sieving to obtain refined clay powder. This powder is then enhanced through surfactant compound modification at high-speed dynamic temperatures, transforming it into Modified Inorganic Powder Composite Material (MCM). The primary component of flexible tiles, MCM, is a lightweight, thin material used for building and decorative surfaces. It gains flexibility through mold shaping under photochemical isomerization and controlled thermal processes.

While the term "flexible tiles" includes "porcelain" and they are indeed fired from clay, they represent a new category of decoration materials distinct from traditional ceramics. These tiles are soft, thin, and lightweight, making them a perfect complement to traditional ceramic tiles.

Unlike traditional ceramic tiles, flexible tiles offer unique advantages while complementing them by addressing certain limitations. For example, traditional ceramic tiles used for high-rise exterior walls can be heavy and lack durability against freezing and thawing. In contrast, flexible tiles excel in these areas, meeting rigorous standards and performing exceptionally well under such conditions. One of the standout features of flexible tiles is their high degree of flexibility. MCM soft porcelain exterior wall materials can be wrapped around a rod with a 200mm diameter without cracking. Even when bent halfway, they show no creases or fractures. Their flexibility can be adjusted to meet various needs, showcasing their versatility. The ability to form a large arch without damage highlights their adaptability. This inherent flexibility and ductility enable flexible tiles to resist shocks and prevent cracks effectively, making them a reliable choice for modern construction and decoration needs.

As global energy-saving and emission-reduction initiatives gain momentum, the construction industry is also playing its part in this crucial effort. Flexible tiles, as an eco-friendly building material, are set to become a significant player in the future building materials market. Their green credentials make them an ideal choice for sustainable construction practices, ensuring that new developments are not only innovative but also environmentally responsible.