phomi mcm

Modified Clay Material (Phomi MCM): "Green Rebirth" Redefining Architectural Aesthetics

From recycling solid waste to low-carbon building materials: an ecological revolution. In today's construction industry striving for sustainable development, a new material called "MCM" is quietly transforming our living environments. It not only boasts the texture and color comparable to natural stone but also addresses the pain points of traditional building materials—high energy consumption and difficulty in degradation—in a highly disruptive manner.

Core Ingredients: Giving Waste a New Life

The standout feature of phomi MCM (modified clay material) lies in the uniqueness of its raw materials. Unlike traditional tiles that rely on high-purity clay or quartz sand, phomi MCM is primarily composed of recycled solid construction waste and modified clay

The Transformation of Solid Construction Waste

The urbanization process generates vast amounts of construction waste, such as red bricks and concrete debris left from demolished buildings, as well as industrial byproducts like mine dust and fly ash. These once-considered "urban scars" have been reevaluated in the context of soft ceramic technology.

Through fine grinding and special processing, these hard particles are transformed into fine inorganic powder. They are no longer a burden requiring landfill disposal but instead serve as the cornerstone that imparts unique texture and strength to phomi MCM (modified clay material).

Modified clay: The "blood" of environmental protection

If solid waste provides the skeleton, then modified clay serves as the soul of phomi MCM (modified clay material). Although ordinary clay is abundant in reserves, its direct use often suffers from poor dispersibility.

By modifying clay through physical or chemical means to open its interlayer structure, its dispersibility and binding force in organic phases are significantly enhanced. This improved clay not only reduces production costs but also endows phomi MCM (modified clay material) with excellent resistance to ultraviolet light and acid-base corrosion, enabling it to withstand the test of time even outdoors.

Technological Innovation: The Green Wisdom of Low-Temperature Drying

If raw materials determine the environmental attributes of a product, then production processes dictate the amount of energy consumption. Phomi MCM (modified clay material) employs a groundbreaking low-temperature drying process, which is the core source of its low-carbon label.

1. Raw material pretreatment

Wash and crush the recycled solid waste, and mix it evenly with additives such as modified clay and plant fibers. This step removes impurities and lays the foundation for subsequent molding.

2. Low temperature molding (key steps)

This is the key difference between phomi MCM (modified clay material) and traditional ceramic tiles. Traditional ceramic tiles typically require high-temperature sintering above 1200 ℃, while MCM (modified clay material) only requires low-temperature drying (approximately 80 ℃ -120 ℃). This process does not require coal or heavy oil as fuel, greatly reducing carbon emissions.

3. Radiation crosslinking

After low-temperature shaping, the product will undergo a one-time molding process such as irradiation crosslinking. This allows MCM (modified clay material) to maintain the permeability of the soil while obtaining the hardness and durability similar to stone.

phomi MCM (modified clay material) is a truly 'green building material'. When its service life comes to an end, it will not become difficult to degrade garbage like ordinary tiles. On the contrary, it can be restored to soil through simple processing, returning to natural circulation and achieving a perfect closed-loop from cradle to cradle.

This characteristic is particularly important for cities undergoing large-scale redevelopment. In the renovation of old residential areas, soft porcelain does not require major unloading or dismantling of the original walls, and can be directly covered on the old walls. This not only saves manpower and material resources for cleaning garbage, but also avoids noise and dust pollution during the construction process.

Comprehensive Advantage Analysis

Compared to traditional hard ceramic tiles, MCM (modified claim material) exhibits comprehensive advantages:

Low carbon footprint: By utilizing industrial waste, the production energy consumption is only one-third of that of traditional ceramic tiles.

Flexible safety: Soft texture, earthquake resistant and crack resistant, can bend under external forces but is not easily broken.

Natural Aesthetics: Simulating natural stone and wood textures, with a warm color and no radiation hazards.

Convenient construction: light weight (only 2kg/㎡), no need to hang nets or anchor, significantly reducing labor costs.

Maintenance requirements: Although it has strong weather resistance, as an organic-inorganic composite material, it is still necessary to pay attention to long-term maintenance in extreme chemical corrosion environments.

The emergence of MCM (modified claim material) is a profound reflection in the field of building decoration materials. It proves that garbage is just a resource misplaced. By combining recycled solid construction waste with modified clay and using low-temperature drying technology, we have not only created a low-carbon and environmentally friendly building material, but also provided a sustainable path for urban renewal. In the future, with the continuous advancement of technology, MCM (modified claim material) is expected to become a standard for green buildings, making every building a part of the circular economy.