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The majority of nano-crystallized glass is produced in China and imported into the United States, although a few American businesses provide branded versions, such as Glassos® from CCS Stone Inc., which is available in the United States. Although this material is claimed to be readily cut and tooled using the same methods and equipment as stone, some personal reports claim that it poses a number of unique challenges.
It is possible to utilize nano-crystallized glass as a countertop material, but it can also be used for other surfaces such as walls, floors, windowsills, sinks, and tabletop surfaces.
It is composed of natural ingredients, in the same way as regular glass is, and it is chemically inert. The following are some of the other characteristics of nano-crystallized glass:
- Scratch and stain resistance are included.
- The ability to withstand high temperatures
- Hard and long-lasting
Nano-crystalline glass is much tougher than regular glass, and even normal crystallized glass is significantly harder than ordinary glass. It has a Mohs hardness of 6.0 to 7.0 and a compression strength rating of 400 MPa, a flexural strength rating of 82 MPa, and a rupture strength rating of 35 MPa. It has a flexural strength rating of 82 MPa and a rupture strength rating of 35 MPa.
Additionally, nano-crystallized glass has a water absorption rate ranging from 0.004 percent to 0.02 percent, and it is completely devoid of any radiation. In addition, the material has an A1 flammability grade according to DIN 4102, which is as anticipated.
Because of its almost pure white hue, which is a natural consequence of the production process, consumers have said that nano-crystallized glass is a favored surface material for a variety of applications. Also rapidly gaining popularity as a superior alternative for white marble, it is becoming more difficult to come by.
Fabrication of Nano-Crystallized Glass
Nano-crystallized glass is made from a mixture of natural materials that are composed mostly of silica and a little amount of other natural minerals (around 25%). Depending on whether the mixture is being formed into a slab or tile, it is heated to temperatures ranging between 1,550 and 1,800 degrees Celsius for between 24 and 26 hours, depending on the shape of the mold used. After being exposed to high temperatures and over an extended period of time, the glass molecules are aligned on a nanoscopic scale, which is retained after cooling and hardening.
Typically, slabs of nano-crystallized glass are available in sizes ranging from 12 ft. by 12 ft. to 16 ft. by 16 ft. and 18 ft. by 18 ft., and in thicknesses ranging from 3/8 in. to 1/2 in. Tiles are typically 24 inches by 24 inches by 3/4 inch in size. The majority of slabs and tiles are polished by default, however, a CNC satin finish may be applied to them. Additionally, the material may be produced in either convex or concave shapes for use in basins and other bespoke designs.
Typically, continuous blade saws are used to cut nano-crystallized glass; however, they may also be sharpened, chiseled, or sandblasted to get the desired shape. Alternatively, the edges may be chamfered or ground to a bullnose. Remnants may be recycled in their entirety.
It is easy to install nano-crystallized glass because of its small size. Although it is not necessary to seal the material, a sealer may be used to provide extra protection. Typically, a clear resin product, such as Tenax Glaxs BM75, is used to bond the slab or tiles to the substrate. This product is designed especially for glass and does not discolor when exposed to ultraviolet radiation.
Nano Glass is perfect for
countertops for kitchens, complete backsplashes, tabletops for bathroom vanities, and countertops for bathroom vanities and countertops for all commercial uses, including hotels, restaurants, and other similar establishments.
What Are Nano Glass Countertops?
Nano Glass countertops are a revolutionary countertop material that you should think about using in your kitchen. They are not only long-lasting and stain-resistant, but they are also very aesthetically pleasing and ecologically beneficial as well. When heated to 1800 degrees Celsius, alumina is formed, consisting mostly of silica and a little amount of other natural minerals. The characteristics of Nano Glass make it a popular material and a viable alternative to traditional materials such as marble, granite, quartz, and porcelain.
In both interior and exterior uses, Nano Glass is utilized in a variety of applications such as kitchen countertops, bathroom vanity tops, commercial wall cladding, window sills, and flooring as well as tabletops, sink basins, and furniture decorating as well as backsplashes and bar tops. These products will not discolor when exposed to UV radiation when applied on the outside of the house!
Additionally, the material has excellent resistance to breaking, acid, alkali, and food spills, and its color does not change under any circumstances. Nano Glass is a very dense and non-porous material that exhibits excellent corrosion and abrasion resistance.
Nano Glass has excellent high-temperature resistance, and it can endure temperatures of up to 1000 degrees Celsius without losing its color, structure, form, or shape.
For years, nano glass countertops have been praised for their minimal care requirements. Unlike other natural stones, which need sealing, they are easy to clean because of their bright and glossy surface. They also require no sealing, in contrast to the other natural stones, which do require sealing.
The non-toxic and non-radiating properties of Nano Glass qualify it as a green, environmentally friendly material that is readily recycled and reused. Nano Glass is utilized in a variety of applications. These materials chip less easily than granite and quartz, which are more common in natural stone.
In addition to columns and basins, Nano Glass may be readily shaped into various desired forms and shapes.
Nano Glass slabs are available in a variety of hues, the most common of which are white and white with gray veining. Kitchen countertops and bathroom vanity tops made with Nano Glass slabs are a great alternative to white marble for a modern look.
Because of its beautiful and luxurious appearance, it is an excellent choice for houses in minimalist, modern, or contemporary styles.
Home and office owners will find Nano Glass to be an excellent “on-the-go” option. Smoothness and visually appealing appearances are certain to convert your kitchens and bathrooms into an exquisite world – ultimately providing an ultra-rich appearance.
Features of Nano Glass are as follows
- This product has a uniform structure, with no minor breaking lines visible on the surface. Extremely long-lasting and resistant to harm.
- Its superior resistance to acid, alkali, and extreme weather changes, among other things, making it an excellent option for both indoor and outdoor applications.
- It is simple to clean and is impervious to contaminants due to its zero water and stain absorption.
- In addition, with high-temperature heating, it may be bent and twisted into various shapes, including columns, arc panels, and curved panels, among other things.
- This product has no radioactivity, making it completely safe for human health.
More details about Nano Glass
- is simple to maintain since it does not need sealing, and it is also surprisingly cheap for what it is.
- Given that this material’s water absorbency is very near to zero, it is very improbable that it will absorb any liquid.
- Nano Glass is a nonporous material that is very stain resistant.
- pH tolerance for acids and alkalis. Nano Glass is very acid and alkali resistant due to its high strength. In addition, it has a high level of corrosion resistance.
- Nano Glass has a high heat tolerance. Pots that are heated may be placed on the surface. Additionally, it is an excellent material for cold or humid climates.
- Nano Glass does not deform, crack, or yellow when exposed to the sun, and it does not change color when exposed to the sun.
- Nano Glass is produced from the same natural ingredients as regular glass, however, it is considerably tougher than ordinary glass due to its increased hardness. It is recyclable and has a low impact on the environment.
- Nano Glass is very difficult to shatter. Nano Glass is considerably more difficult to shatter when compared to granite or quartz.
- Nano Glass is very thick and robust, and it is used in space exploration. In comparison to granite and quartz, it is much less prone to chipping.
- Nano Glass may be used for worktops, walls, and floors both inside and out, both indoors and out.
- Radioactivity. The radiation indices are barely one-tenth of those of real marble or artificial quartz.
- Nano Glass is available in a variety of hues, or it may be used to create the purest white surface for your kitchen counters.
- Because Nano Glass is very difficult to shatter, the standard thickness of tops is 3/4 inch. There is no need for a hefty 1-1/4′′ thickness.
- Edge profiles with eased, beveled, or bullnose edges may be created.