Skip to main content

Glass bending



Glass - the most popular material that is widely used in the manufacture of dishes, decor and finishing materials. Any of us, looking around us, will be able to see not only standard windows, but also shelves, doors, interior partitions and even furniture.

In the modern world, production technologies have long combined the aesthetic side of a product with a practical one, but it is very difficult to surprise such sophisticated consumers. Therefore, those customers who want a certain highlight and exclusivity, come to the rescue of such technology as glass bending, which allows to maximize the boundaries of the use of this material, creating products that are unique in their appearance and shape, which are able to attract the attention of more than one pair of eyes.

Glass bending methods

Today, glass bending technology allows to obtain the maximum range of various forms of brittle material and at the same time it is flexible, while maintaining its strength.

To obtain the specified qualities of glass cloth is placed in a special form, and then sent to the oven. Warming up under the influence of high temperature regimes, the average degree of which is 600-650 °, the glass softens, becomes soft and fills the sample of the workpiece, thus. taking a given shape.

Glass bending
Glass bending
Timing of this stage can vary from 2 to 24 hours. It is worth noting that in this matter one of the priority roles is played by the thickness and structure of the glass itself, as well as the final appearance of the product, which must be achieved upon completion.

Once the glass has formed the necessary shape, it can be subjected to additional treatments, as well as cut and drilled, after which it is cooled. This stage allows to increase the strength properties of the material, i.e. Glass is tempered. The cooling phase occurs due to the strongest compressed air flow, which is sent to the product.

The process of glass bending is a laborious and responsible technology that requires strict adherence to all the rules of the sequence of steps towards itself, since otherwise the product will turn out to be of poor quality and quickly collapse. However, the characteristics of the glass largely depend on the used template forms, as well as on the primary raw materials that can influence the results of the procedure.

In what areas is molded glass used and used?

In modern realities, molded glass is increasingly used in various spheres of human activity.

If several years ago it was used only in the automotive industry, today it is used in interior design and architecture, for example:

• production of glass for facades and roofs;
Glass bending
Glass bending

• production of double-glazed windows and shop windows;

• production of glass partitions of stairs and interior doors;

• production of commercial equipment, exhibition stands, furniture and decorative elements for both interior and exterior.

Molded glass allows you to freely fantasize with the smooth forms of the material to achieve different designs in architecture and design, which are able to impress any imagination with the unusualness of their contours.














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 ...

What Is Sandblasting?

Sandblasting is a technology of glass processing with a high-pressure air-sand spray, formed as a result of mixing compressed air and sand (abrasive). Today sandblasting is one of the most effective ways to clean any surface. The sandblasting equipment allows to remove corrosion products, scum and carbon, as well as old colorful coatings from metal, glass, concrete, wooden and other surfaces. Glass and mirrors matting is the main operation in glassware decorating. Matting is a process of processing a glass surface or a mirror by sandblasting to obtain a matte finish. Matting can be classified into the following types depending upon complexity: •   solid matting - the whole surface becomes matte; • simple matting - the application of simple geometric shapes onto the mirror: lines, circles, squares, diamonds, etc. Sandblasting allows you to get an opaque matte surface for white glass. You can handle all the surface or only individual fragments. Sandblasting helps create ...

Laser engraved glass

One of the most effective and modern methods of decorative glass processing is laser processing. It is performed on high-tech CNC laser machines that allow you to apply high-precision images on any glass and mirror surface, as well as create three-dimensional images inside the glass blank. The machine for performing laser engraving on glass is called a laser engraver - modern engravers allow you to work not only with glass, but also with mirrors, metals, plastic, plexiglass and other materials. The laser engraver is equipped with a radiator that projects a laser beam with specified characteristics onto a work surface - a glass blank. An image is loaded into the program module of the machine that needs to be applied to the workpiece, and the operating parameters — glass thickness, type of engraving (simple surface or internal volumetric), and other characteristics. Thanks to the automatic control, the laser beam makes an exact movement along a predetermined trajectory with a deviatio...