Glass Block

Design – Cloudy clear

Color - clear

Light transmission – subtle direct light to scattered.

It’s a square or rectangle hollow glass cube generally available in size of 190mm * 190mm * 80mm (approx. 7.5 in * 7.5in * 3 1/8 in). used to create false wall where efficient lighting, ventilation, sound and thermal insulation is required.

Our glass blocks which is sourced out from 2 top manufacturers in the world helps architects and designer experiment with light – Bright and direct light or subtle and scattered. Helps them control intensity, reflection and diffusion of light.

Modular design influence modern interior by providing endless compositional possibilities.

Available in various colors, to establish mood and concepts to life.

Thermal Insulation

Vacuum air space inside the glass block helps save energy, control thermal radiation, and reduce cost of running temperature control equipment.   ^⃘K (W/m²)value of the glass block achieved is between 2.81 to 3.02

Sound Insulation

The features of our glass block allow better sound control, by achieving reduction of sound transmission which is better than regular brick walls. Make them an effective material to be even used in very noisy areas like discos, buildings near heavy traffic zones and manufacturing facilities. 60% of sound barred from coming inside with sound insulation power being 40.5

Fire Resistance and Reaction

Glass Blocks are made from minerals thus classified in Class 0 this is incombustible; our glass block is designed to with stand heat and flame for 60min. Its REI being 15min, RE being 30min and 90min before it fully disintegrated. Nature of glass is to crack due to temperature volatility, thus designed to implode so that it does not harm when it disintegrates.

With the above properties, our glass blocks are the best choice for areas like corridors, kitchens, bathrooms,

R – Stability

E – integrity

I – thermal insulation

^⃘K (W/m²)

The “K” coefficient, that is the amount of heat that crosses the panel, per unit of time, per squaremeter per 1°C of temperature difference between the two faces. The “K” coefficient takes into account conduction and convection heat exchange phenomena, but not irradiation phenomena