Active Micro-Porous Structure
Micro-Porous Technology for a Healthier Environment
How Intelligent Breathability Neutralizes Odors and Regulates Moisture
At the core of our MCM Coverings (Modified Clay Material) lies an advanced micro-porous structure, engineered to be a highly efficient platform for adsorption and air purification. This network acts as a vast, microscopic landscape where molecules from gases or liquids, such as those causing unpleasant odors or harmful VOCs like formaldehyde, actively adhere to its solid surface. This powerful process allows our material to effectively neutralize absorbed odor and contribute to lasting formaldehyde removal. Simultaneously, the precise architecture of these pores ensures optimal breathability and moisture regulation, creating a dynamic system that manages moisture vapor and stabilizes the indoor environment. The result is a smart material that combines high-capacity purification with balanced vapor management for superior performance and enhanced indoor air quality.
This intelligent micro-porous architecture is not just an innovative feature, it is the direct result of a key proprietary formulation, protected by intellectual property rights through a series of granted patents in the United States, Europe, and China. These patents, which safeguard the use of a specialized foaming agent to create a "tiny closed-pore structure," formally certify our claims. This global protection secures the advanced technology behind MCM's unique performance, giving you the confidence that you are specifying a verified, legally safeguarded, and superior material solution. It is this patented core technology that actively prevents moisture-related failures, ensuring long-term durability and safety for your projects.
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.
Choosing Healthier, Sustainable Materials
When we think about the comfort of our homes or workplaces, indoor air quality (IAQ) often isn’t the first thing that comes to mind. We’re quick to consider aesthetics, energy efficiency, or even layout, but the air we breathe inside these spaces, which plays a crucial role in our well-being is often ignored. With most people spending about 90% of their time indoors, IAQ can directly affect our health, mood, and productivity. And here’s the kicker: the materials used in your building or renovation protect can make or break your indoor air quality.
What Is Indoor Air Quality and Why Does It Matter ?
Indoor air quality refers to the air’s condition inside buildings as it relates to the health and comfort of occupants. Good IAQ means that the air is free from harmful pollutants like volatile organic compounds (VOCs), mold spores, dust, and allergens. Poor IAQ, on the other hand, can lead to a range of health issues, from mild irritations like headaches and fatigue to more severe conditions like asthma and respiratory diseases. While there are many factors that influence IAQ, such as ventilation and cleaning practices, one of the most significant, yet often overlooked is the building materials themselves. From paints and sealants to insulation and flooring, the products you choose can either support a healthy indoor environment or contribute to a toxic one.
How Building Materials Affect Indoor Air Quality ?
Many conventional building materials, including paints, adhesives, plywood, and flooring, emit harmful indoor air pollutants such as formaldehyde, VOCs, and particulate matter, contributing to both short- and long-term health risks. In contrast, MCM’s patented micro-porous structure actively adsorbs and breaks down these pollutants, converting them into harmless water and CO₂. This provides not only long-lasting formaldehyde removal and antibacterial action, but also supports healthier indoor environments that meet and exceed established benchmarks like LEED and ASHRAE standards.”
CNA news highlighted how formaldehyde exposure may harm health and is associated with cancer risks.
Materials Selection for Improved Indoor Air Quality in Residential Buildings: a Pre-occupancy Assessment (Download full version )
Breathe Better with Certified MCM Coverings
MCM Coverings are not only certified as non‑toxic and free from harmful chemicals in their raw materials, but also endorsed as a preferred green sustainability product by the Singapore Environment Council under the Singapore Green Label Scheme (SGLS). Beyond this certification, MCM contributes directly to improved indoor air quality (IAQ) through its unique functional benefits: an engineered micro‑porous structure and photocatalytic surface that enable long‑lasting air purification and antimicrobial protection. Designed for tropical humid climates, MCM is a healthier, high‑performance alternative to conventional building materials, advancing sustainability goals while enhancing quality of life.
Long-Lasting Air Purification and Antibacterial Protection Function
The Science of Our Micro-Porous Structure
The Original Patented Modified Clay Material (MCM) is an advanced photocatalytic material engineered to deliver long-lasting air purification and antimicrobial protection. Its unique micro-porous structure, combined with UV-reactive minerals, enables sustained neutralization of pollutants and pathogens. This dual functionality makes MCM covering an ideal choice for both indoor and outdoor environments where hygiene and air quality are essential.
Air Purification Function & Anti-Pollution
The MCM Coveings have a unique air purification function. When the material is irradiated by the sun's ultraviolet rays, reactive oxygen species will be generated on its surface, and the reactive oxygen species on the surface of the material will convert the harmful substances into harmless ones when they contact the material.
A Sophisticated ‘Trap and Destroy’ System
1. TRAP - In the first stage of its “Trap and Destroy” system, MCM’s highly porous surface acts as an efficient adsorption layer. Airborne pollutants—including formaldehyde, volatile organic compounds (VOCs), odors, and bacteria are drawn from the environment and trapped within its microscopic pores. This provides immediate air-quality improvement from the moment of installation.
2. DESTROY (Photocatalytic) - Once trapped, these pollutants are broken down through photocatalysis. When exposed to UV light, MCM’s active mineral surface generates reactive oxygen species (ROS), which oxidize formaldehyde, benzene, NOx, and SOx into harmless byproducts such as water and carbon dioxide, while also eliminating bacteria. This process continuously regenerates the material’s adsorption sites, enabling it to remain effective for decades without losing performance.
Optional Feature : For Non‑UV Activation or Low‑Light Environments
Neutralizing Odors and Regulating Moisture. Engineered for a Purer Environment
While MCM’s standard photocatalytic surface relies on natural UV light for activation, many indoor spaces lack sufficient UV exposure for continuous performance. To address this, MCM can be formulated with an optional non‑UV activation feature, depending on client needs. This variant incorporates variable‑valence ions that continuously generate reactive oxygen species (ROS) without UV, delivering effective pollutant decomposition and antimicrobial protection in areas exposed to human crowds and requiring improved indoor air quality (IAQ), such as enclosed restaurants, hospitals, offices, indoor public spaces, enclosed toilets, wet areas, kitchens, and submerged applications like pool tiles. This option ensures MCM’s hygienic and air‑purifying benefits remain reliable where natural UV light is limited..
For more details on this optional feature, click this link
The MCM Core Differentiator - Intelligent Breathability Micro-Porous Structure
Why MCM Coverings Outperform Traditional Tiles in Humid Climates ?
Understanding Tile Pop - The Hidden Pressure Behind Tile Detachment
Why Tiles Fail - Reports from 2000 Annual Cases in Singapore
For years, tile detachment has been a persistent and hazardous issue in Singaporean homes and public areas. As highlighted in a 2018 Straits Times report (read more), factors like intense humidity and temperature fluctuations, both exacerbated by climate change, cause materials to swell leading to internal pressure and eventual failure. This results in over 2,000 reported cases annually. While workmanship plays a role, the primary and inescapable root cause in Singapore’s climate is vapor pressure build-up. Moisture seeps into the adhesive and substrate, and when temperatures rise, this moisture turns into vapor, creating immense pressure. Behind an impermeable tile, this pressure has no escape. It builds relentlessly until it forces the tile to delaminate and ‘pop’.
Engineered Breathability - The Logic Behind Micro-Porous MCM Coverings
In humid climates, conventional tiles trap moisture, leading to adhesive failure, and tiles that lift or “pop” over time. This is where MCM Coverings, built on patented micro-porous technology, changes everything. Our advanced material is engineered with intelligent breathability, creating a permanent pathway for water vapor to escape. This prevents internal pressure buildup before it can start, ensuring lasting adhesion and completely eliminating the risk of moisture-related damage.
Lightweight, flexible, and versatile in application, MCM is specially engineered for tropical environments like Singapore’s. More than just a superior alternative to traditional tiles, it’s a smarter, longer-lasting solution for modern living.
Taka Design MCM
