Certified Quality, Exceptional Performance
Note: The performance claims outlined are grounded in verifiable material science and protected intellectual property, not marketing embellishment. We stand by the veracity of these statements in full compliance with Singapore’s Consumer Protection (Fair Trading) Act and the Singapore Code of Advertising Practice (SCAP), ensuring that every statement is evidence-based, audit-safe, and fully compliant.
MCM Covering Pro 3.0 / 4.0 Series
Unleash Your Creativity with Taka Design MCM Coverings
Break free from the limitations of traditional building materials. Taka Design MCM Coverings offer unparalleled design freedom, allowing you to create spaces that reflect your unique vision. Our wide range of textures, colors, and finishes provides endless possibilities, from sleek, modern aesthetics to rustic, natural charm. Whether you're designing a residential haven or a commercial masterpiece, MCM empowers you to transform your ideas into reality. Let your imagination soar, the only limit is your creativity.
From sleek building façades to complex interior renovations, Taka Design MCM coverings are engineered for seamless application across a wide range of substrates, including aluminum and steel honeycomb panels, calcium silicate boards, fiber cement boards, and composite partitions. Beyond walls, floors and ceilings, MCM coverings excel in wet areas such as kitchens and bathroom, where their moisture resistance and durability outperform traditional finishes. They also serve as a superior alternative to conventional laminations in carpentry and woodwork, offering authentic aesthetics with enhanced sustainability. Whether cladding curved walls, upgrading feature surfaces, or retrofitting existing structures, our MCM system adheres securely with minimal surface preparation thanks to its advanced bonding compatibility, making MCM coverings the definitive choice for architects and builders seeking authentic aesthetics with modern efficiency.
Taka Design MCM Coverings have achieved SGLS 043 certification from the Singapore Environment Council, officially recognizing them as an Environmentally Preferred Product with Recycled and Sustainable Content. Unlike traditional building materials, Modified Clay Material (MCM) does not rely on virgin mineral resources. It is manufactured using a low-temperature molding process and advanced 3D printing technology, dramatically reducing energy consumption while eliminating waste gas emissions and wastewater discharge. The material is also fully 100% recyclable and can incorporate reused inorganic solid waste.
By minimizing resource extraction, industrial pollution, and construction waste, Taka Design MCM offers a high-performance, eco-responsible alternative for modern architecture without compromise.
The original patented MCM covering for interior and exterior applications have been awarded the 'Product Carbon Footprint Verification Statement' by Bureau Veritas. The greenhouse gas emissions across the life cycle of the MCM covering are as follows:
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For 1 square meter of product (from cradle to grave): 1.02 kg CO₂e
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For 1 kilogram of product (from cradle to grave): 0.26 kg CO₂e
This certification underscores the product's commitment to sustainability and environmental responsibility.
The original patented MCM Coverings are approximately 1/3 the weight of traditional tiles, about weight 3.5-6KG/㎡ for flat surface products, resulting in significantly easier loading, transport, and handling. This streamlined logistics, combined with their thin profile and compatibility with structural adhesive, allows for rapid and efficient installation, minimizing project timelines and labor costs.
The Original Patented MCM 4.0 Generation Pro Series has achieved Class A1 fireproof resistance certification, signifying its exceptional ability to withstand and limit the spread of fire. This rigorous certification process validates the material's superior fire-resistant properties, exceeding industry standards (Class A: Pro 3.0(A2), Pro 4.0(A1).
The Original Patented MCM excels in water-resistant performance. Its advanced formulation ensures the material repels water effectively, preventing moisture absorption that could otherwise lead to damage. Whether exposed to rain, humidity, or direct water contact, MCM coverings maintain their structural integrity and aesthetic appeal over time. This durability makes MCM a reliable and low-maintenance solution for challenging environments, delivering both functionality and modern design excellence.
MCM is a diffusion-open material, meaning it is permeable to air and vapor, and is crafted from natural components. With water absorption levels ranging from 8–14% and high vapor permeability (comparable to traditional clay), MCM enhances indoor comfort by regulating interior humidity levels. When applied to facades in a diffusion-open insulation "sandwich," it effectively removes excess moisture, promoting a healthy living environment and extending the lifespan of both the building structure and its occupants' well-being. In contrast, ceramic tiles serve different applications and typically have water absorption rates between 0.1–3%, paired with extremely low air permeability, making them less effective in managing interior humidity。
MCM’s micro‑porous mineral structure, derived from ultra‑fine modified clay and high‑surface‑area mineral powders, provides extensive adsorption capacity for harmful pollutants such as formaldehyde, benzene, and bacteria. When activated by natural or artificial light, its engineered photocatalytic surface initiates the continuous generation of reactive oxygen species (ROS), which decompose adsorbed pollutants into harmless water and carbon dioxide. This light‑driven photocatalytic mechanism is a core feature of MCM, ensuring durable air purification and antibacterial performance that contributes to healthier indoor environments for years.
MCM’s unique micro‑porous structure enhances its ability to adsorb airborne pollutants and support catalytic breakdown. When exposed to ultraviolet or visible light, the material’s high surface area and pore network activate photocatalytic reactions that generate reactive oxygen species (ROS). These ROS actively degrade volatile organic compounds (VOCs), bacteria, and odors, converting them into harmless compounds such as water and carbon dioxide. This light‑activated purification process is a fundamental characteristic of MCM, delivering continuous pollution reduction in illuminated environments.
Original Patented MCM features advanced bacteriostatic and bactericidal properties, actively eliminating bacteria upon contact with its surface to ensure a hygienic indoor environment. Its sterilizing function remains effective even in complete darkness, thanks to embedded variable‑valence ions that continuously release reactive oxygen species (ROS). This enables round‑the‑clock odor neutralization and microbial control, making MCM ideal for enclosed or low‑light spaces. (This antibacterial function is available in MCM variants formulated with non‑UV activation, offered as an optional feature depending on application requirements.)
MCM covering regulates indoor humidity through its natural clay matrix, which absorbs and releases moisture more efficiently than conventional building materials. This dynamic moisture exchange helps maintain relative humidity (RH) between 40% and 70%, a range shown to minimize the survival of airborne infectious bacteria and viruses (Arundel, A.V., 1986). By stabilizing RH within this optimal zone, MCM contributes to healthier indoor conditions, reduces risks of microbial growth, and supports respiratory comfort in tropical humid climates.
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MCM is inherently breathable due to its natural clay composition and advanced manufacturing process. Its micro‑porous structure allows efficient moisture exchange, helping to balance indoor humidity levels while simultaneously trapping and neutralizing odors and harmful substances such as formaldehyde. This breathability not only supports healthier indoor air quality but also enhances comfort, making MCM an eco‑friendly and reliable solution for interior applications.
MCM’s advanced clay absorption properties provide exceptional moisture resistance, ensuring consistently dry and comfortable indoor environments even in highly humid conditions. Unlike conventional materials that can trap dampness, MCM coverings actively prevent moisture buildup, reducing the risk of mold growth and surface deterioration. This resilience makes MCM particularly well‑suited for tropical regions such as Southeast Asia, where year‑round humidity challenges indoor comfort. By keeping interiors fresh, cool, and durable, MCM redefines indoor living with practicality and long‑term reliability.
MCM products boast an extremely high hardness, with a Mohs hardness rating of 6. This attribute endows them with excellent wear and scratch resistance, capable of withstanding direct tests with strong impacts on surfaces without easily deforming. This makes MCM not only the best choice for residential use but also a popular option in commercial settings with high foot traffic, ensuring durability and maintaining an impeccable appearance over time.
Beyond surface hardness, MCM coverings are engineered for exceptional impact and abrasion resistance. Their flexible composition allows bending up to 60 degrees without cracking, enabling the material to absorb shocks that would fracture conventional tiles. Tested to endure impact forces up to 100 times greater than ceramic finishes, MCM maintains structural integrity even in demanding environments. This resilience makes it a reliable choice for areas exposed to heavy use, accidental knocks, or mechanical stress.
MCM Coverings 4.0 Pro Series have been rigorously tested for scratch resistance, demonstrating resilience under demanding conditions. In controlled evaluations using steel wool, the surface showed no shedding or visible damage, confirming its ability to withstand repeated abrasion without compromising appearance. This proven durability ensures MCM maintains its finish and performance in high‑traffic areas, offering long‑term reliability for both residential and commercial applications.
MCM coverings are engineered with strong stain‑repellent properties, maintaining a clean and pristine appearance with minimal effort. Achieving a Class 2 stain resistance rating on textured surfaces under ISO 10545‑14 standards, MCM effectively resists common household and commercial stains. Liquids and dirt are less likely to penetrate the surface, allowing easy cleaning with water or mild solutions. This reliable stain resistance ensures long‑term aesthetics and reduces maintenance requirements in both residential and high‑traffic commercial settings.
The surface of Original Patented MCM is engineered with super‑hydrophilic properties that enable a natural self‑cleaning effect. When exposed to rainwater or washing, the surface forms a thin water film that prevents dirt particles from adhering. Instead of accumulating, dust and contaminants are lifted and rinsed away, keeping the material clean with minimal maintenance. This self‑cleaning function ensures MCM retains its aesthetic appeal and reduces the need for frequent manual cleaning, especially in exterior facade applications.
MCM surfaces also feature a subtle static‑electricity effect that enhances their self‑cleaning performance. This electrostatic property reduces the adhesion of dust and fine particles, preventing buildup on exterior surfaces. When exposed to rainwater, dirt is easily washed away, unlike conventional ceramic tiles that tend to attract and retain contaminants. This dual‑action mechanism ensures MCM façades remain cleaner for longer, reducing maintenance costs and preserving aesthetic appeal in outdoor applications.
MCM coverings are engineered to withstand harsh coastal environments, offering superior resistance to salt spray and corrosion. Unlike conventional finishes that deteriorate under prolonged exposure to marine conditions, MCM maintains both structural integrity and aesthetic appeal. This durability makes it an ideal choice for seaside developments, waterfront façades, and projects in regions with high salinity, ensuring long‑lasting performance and reduced maintenance requirements.
MCM coverings are engineered to withstand chemically aggressive environments, offering strong resistance to both acidic and alkaline substances. Whether exposed to acid rain, urban pollution, or industrial cleaning agents, MCM maintains its structural integrity and aesthetic finish without corroding or degrading. This chemical resilience makes it ideal for use in coastal areas, industrial zones, and urban façades where long-term durability and reduced maintenance are essential.
MCM is engineered to resist mildew growth even in high-humidity environments. Its advanced mineral composition and breathable structure inhibit the conditions that typically support mold and mildew development. Unlike conventional materials that trap moisture and foster microbial buildup, MCM maintains surface hygiene and appearance over time. This mildew resistance reduces maintenance needs and supports healthier indoor environments, especially in tropical climates prone to persistent humidity.
Proven Long-Term Durability Backed by Testing and EPD Standards
The long-term durability of our MCM Coverings is substantiated by two pillars of formal evidence:
1. Validated by Rigorous Laboratory Testing In 2023–2024, our MCM Coverings underwent comprehensive durability testing at CTC Laboratory, under Report No. XJ2023B01C01174E. Key highlights include:
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Artificial Weathering Resistance: 4,000 hours of accelerated UV, heat, and moisture exposure - double the standard benchmark - with no blistering, cracking, lamination, or excessive chalking.
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Heat Resistance: Dimensional change held within 0.4%, with no tackiness or blistering.
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Water Absorption: Measured at just 9%, with no bulking, cracking, or chalking.
These results confirm the product’s resilience under tropical and high-humidity conditions, validating its suitability for long-term exterior use in Singapore and similar climates.
2. Declared in a Third-Party Verified EPD The above performance data directly supports our 50 year service life declaration, formally stated in our Environmental Product Declaration (EPD). Compiled in accordance with ISO 14025 and EN 15804:2012+A2:2019, the EPD ensures full transparency and international alignment with life cycle assessment standards.
This datasheet reflects supplementary product information from U.S. It does not constitute the EPD declarations.