Skip to main content

Glass railings

Where glass railings are used?
·       they serve as fences in residential, office and industrial buildings, shopping centers;
·       they are used for the design of balconies, terraces, loggias, bay windows, observation decks;
·       balcony fences;

Why are glass railings and stairs so popular?
Glass partitions are a strong and almost invisible barrier, they practically do not interfere with the flow of light, and also are heat-resistant and durable. Despite the transparency and weightlessness, glass railings can be very durable, since they are made of glass with a thickness of 10 to 20 mm.
Glass railings - it's aesthetics, lightness, practicality, elegance, and comfort of your interior.
The railing and stairs are made of tempered glass
Tempered glass is obtained by a heat treatment method. Plain glass is placed in an oven that is heated to a temperature of about 600-650 ° C., after which there is rapid cooling. When cooled, the temperature of the surface layers of glass decreases faster than in the interior, which results in compression stress and the glass becomes strong and shock-resistant.

What is the thickness of glass in glass railing or staircase?
Giovani Glass is offering 10-20 mm thick glass, depending on the area of glazing and financial capabilities of the customer.
Glass railings are usually made from transparent glass but if necessary, or for a particular design, the glass may also be tinted or matte.

If desired, a logo can be applied to the glass surface using sandblasting, engraving or matting.
Labels:

Popular posts from this blog

Glass tempering technology

Glass tempering technology To make ordinary glass more resistant to shock loads, temperature changes, and also safer in the event of destruction, special high-temperature treatment is applied to it, followed by cooling - quenching. As a result of quenching, constant stresses remain in the glass material, due to which glass loses its uniformity and acquires new properties. The specific properties of tempered glass Hardened glass can not be drilled or cut - it will lead to its destruction due to the presence of internal stresses. Due to the use of glass hardening technology, it becomes 5-10 times stronger to shock loads and much more resistant to destruction due to temperature differences than ordinary glass. If tempered glass is broken, it does not carry a danger of injury to a person, since its fragments are small, with blunt edges, which cannot be cut. If you break the usual glass, formed large fragments with sharp edges, very traumatic. Glass tempering technology Use ...
Read more

Reasons to choose glass partitions

glass partitions Glass partitions as an element of zoning offices, shops, business centers have become firmly established in our life. But to use glass partitions in the apartment are solved only a few. Many doubt the practicality and safety of such design. Let's understand the pros and cons of using glass partitions in residential apartments. Benefits: • Glass does not interfere with the flow of light; it will become much lighter in the apartment. Light will give beauty to your design; glass partitions • In the manufacture of glass partitions, the material undergoes heat treatment. Tempered glass is several times stronger than normal and cut sharpness, minimizing the risk of injury. You do not have to worry about the safety and bruise of this material; • In small apartments, glass can replace the partition between the kitchen and the living room, visually expanding the space and isolating unpleasant odors. The space immediately increases visually and a feeling of...
Read more

Scopes of tempered glass

Due to the properties of the material, tempered glass sheets are characterized by increased resistance to attempts to damage them. If you try to break the glass, the last hardening, you can find that it breaks into fragments with blunt edges, which can not injure the skin. This is the safety of the material. tempered glass  The hardening process is carried out on special equipment by means of strong heating of the glass, which, when it reaches a certain temperature, is subjected to instant cooling, which gives the desired effect. Moving from a moving mass to a solid, the glass structure is accompanied by a change in its physical parameters, since the bonds of the molecular level in it become stronger. With the help of this technology, the formation of compression stress points in the glass structure is realized, due to which glass becomes mechanically more durable and capable of withstanding significant temperatures without damage, as well as sudden temperature fluctuations...
Read more