Marmoglass Inc supply Pure White Nano Glass Slabs 1.8 cm, 3cm for the wall cladding, flooring tiles, countertops, work tops, bench tops, flooring, wall cladding of commercial building internal and external projects. Strong, Pure White color, no Resin, High glossy, long lasting.
Gallery of commercial building project
Why Is Nanoglass so Common in Commercial Buildings?
Among various man-made stones available today, Nanoglass stone is one stone that has no match when it comes to lending a timeless appeal to any construction. ten ages, Nano glass has been used extensively on the most remarkable structures of the world, from hospital, Commercial Buildings, and others. White Marble is largely considered an epitome of sophistication which tends to give a distinctive and magnificent look to any building. This might be the reason why nano glass remains a great choice for commercial construction projects today.
The more nano glass of building decoration application
- Administration Building Gallery
- Office Building Gallery
- Hospital Building Gallery
- Airport & Metro Gallery
- Furniture Gallery
- Commercial Buildings
- Hotel Gallery
- Residential Building Gallery
WHAT IS NANOGLASS
Nanoglass main element is Silicon Dioxide – SiO2. Nanoglass also called Nano Crystallized Glass, Pure White Nanoglass, Neoparies, Artificial White Marble, Glass Stone.
Nano glass is manufactured from a blend of natural materials that is 75 percent silica and 25 percent other natural minerals. The mixture is poured into a mold to form either a slab or a tile, and it is heated to a temperature ranging from 1,550 degrees Celsius to 1,800 degrees C. for 24 to 26 hours. The high temperatures and the length of time align the molecules of the glass on a nanoscopic scale, which it retains upon cooling and hardening.
6 traits that make white nano glass perfect for commercial construction
- Unique in superior whiteness, brilliant radiance and no chromatism Perfect snow white stone, Over 95 degree super glossy but gentle to the eye.
- Zero water absorption, good in acid & alkaline resistance, high temperature ,chemical and stain resistance and can be repolished.
- Green environment , no toxin and no radiation, able to be in direct contact with food.
- Anti-bending, anti-pressure, anti-impact, perfect for kitchen countertops, dinner table tops.
Nano glass is heat and fire-resistant
Nano glass is found to show excellent resistance to heat and fire. In modern commercial construction, marble is extensively used because it responds firmly to high temperatures. According to experts, marble is much like a natural air conditioner as it stays cool even at high temperatures. Its use in preparing kitchen countertops and tiling is due to this reason. At a time when architects play significant importance to a building’s fire and heat resistance performance, marble gives them an upper hand.
- White color stone is the most popular and classic in the world and never be out , and you will got the prefect decoration by the crystallized glass panel.
Timeless appeal
This is certainly the most interesting attribute of the white nano glass it maintains its natural look and touch, even after years of usage. Durability is one part but marble’s ability to withstand general wear and tear over time is another aspect that gives it an uppercut.
Whether used interiors or exteriors, marble unveils an urbane yet eternal appeal that outperforms all its counterparts.
- Enjoy excellent processing of various edge finishing with automatic bridge cutting machine, hand cutting machine or portable cutting machine to cut and drill holes like natural stone.
Available in standard and custom dimensions
Commercial construction projects tend to be large-scale and the need for stones doesn’t restrict to a particular shape and size. This is where nano glass stone comes as a great alternative to other options. For example, if you have finalized green marble for your project and you want it in different sizes to cover the various areas of your building, it can easily be made available by leading artificial stone.
