Structural Integrity
Inspect the material layers and structural components beneath the iCLAD panel surface.
Core material, dimensional, and compliance data for iCLAD sintered stone panels.
MANUFACTURED UNDER BIS STANDARDS IS 15622 : 2017
Panels are formed through hydraulic pressing machines having capacity of 44,000 tons of pressure, resulting in a vitreous surface with exceptional hardness and low porosity. The process includes precise raw material mixing, moisture removal, glazing and sintering at temperatures around 1200 °C, followed by polishing and edge cutting to achieve a sand-blasted matt finish.
Building facade design where a gap is created behind the exterior cladding panel, allowing air to circulate and ventilate the wall, which helps to manage moisture, improve thermal performance, and protect the underlying insulation by separating it from the outer cladding layer.
iCLAD's PURETECH features an advanced titanium dioxide-based photocatalytic coating that leverages the power of light to deliver exceptional self-cleaning functionality.
Additionally, it purifies the air by decomposing car exhaust and other pollutants (NOx and SOx), converting them into harmless polyatomic ions (NO₃⁻). The result is not just cleaner surfaces, but also a healthier environment.
Activated by sunlight (UV rays), this innovative coating decomposes dirt and pollutants, weakening their adhesion to the surface.
Its super-hydrophilic properties ensure that rainwater effortlessly washes away loosened debris, keeping surfaces pristine. Beyond cleanliness, the photocatalytic coating actively inactivates viruses and bacteria on exterior walls.
When exposed to UV rays, the coating generates free radical ions that break down harmful microorganisms, enhancing hygiene and safety.
| EVALUATION STANDARD | FIRE BEHAVIOUR | SMOKE PRODUCTION | FLAMING DROPLETS | ||||
|---|---|---|---|---|---|---|---|
| BS EN 13501 -1:2018 | A2 | - | S | 1 | , | d | 0 |