Bending
Glass curving is a process during which the glass is heated up to the softening temperature by means of ovens. The use of appropriate molds allows bending the glass material while precisely slow cooling protects it from excessive tension. The versatile glass can be processed in countless variations where every curve is unique.
Using this technology we provide elegant glass curved elements in architectural design that change rooms and locations, making the ordinary things extra-ordinary.
Grinding irregular shape
The process of grinding the edges of various quality of glass according to different requirements (chamfering, rough grinding, grinding without polishing, grinding with polishing).
The process can be made either by grinding the edges mechanically with the use of designated machines or by hand using the variety of hand tools.
Our recent acquisition is the new machine by which we increased the manufacturing capacities of we are also able to grind different irregular shapes of glass according to client’s needs.
Holes, cuttings and openings
Drilling is the process of making holes of different cross-sections ranging from a minimum of 3mm in diameter to a maximum of 65mm in diameter as well as the production of simple cut-outs, presumably for locks, hinges etc. on a separate machine for drilling holes in glass plates. The sophisticated system with two heads for drilling allows precise and safe drilling without damage and with maximum productivity.
This is done from both sides, which means drilling from both the top as well as from the bottom. From the upper side, 50% is drilled, and up to 60% from the other bottom up, resulting in a nicely finished drill hole.
Adhesion with UV glue
UV gluing is the process of bonding glass with the help of UV adhesives. The adhesive contains the photoreceptors that react under the UV light and harden the adhesive.
There are many types of adhesive used for various kinds of applications and fusions:
- glass – glass
- metal – glass
- waterproof
- UV adhesives are not waterproof and therefore not recommended for use in environments with high humidity.
By adopting the most advanced UV bonding glass technologies, we improve the characteristics of glass manufacturing, increasing its quality, aesthetics and safety.
Sandblasting by template
Process of decorative surface treatment of glass, where under high pressure, very small and sharp sand is added, which on mechanical way treats the glass leaving a blurred trace.
Through this process, the brightness of the processed glass is reduced but due to the blurred surface, it does not see a clear image but only a contour.
We sandblast various designs – from simple to complex patterns, or the entire surface area. We can also sandblast glass or mirrors.
Sandblasting
Process of decorative surface treatment of glass, where under high pressure, very small and sharp sand is added, which on mechanical way treats the glass leaving a blurred trace.
Through this process, the brightness of the processed glass is reduced but due to the blurred surface, it does not see a clear image but only a contour.
We sandblast various designs – from simple to complex patterns, or the entire surface area. We can also sandblast glass or mirrors.
Lamination
By laminated or layered glass we mean the product of the union of two or more sheets of glass obtained by Interlaying one or more sheets of plastic material in an appropriate system, under a combined action of heat and pressure. This is a safety glass that holds together when shattered.
Different types of glass can be laminated with transparent and decorative colored foils, for various final products, such as: colored laminated glass, laminated floor, laminated fence, laminated glass etc.
Polishing
Glass polishing makes it possible to make the sharp side of the glass smooth and / or shiny, and also reduce the accuracy to +/- 0.5mm. When polishing glass, there are multiple possibilities for different results.
Glass polishing sharpening – The major part of the cutting is partially, or totally, carried out automatically or manually depending on the size needed.
With the method оf polishing we make different regular and irregular shapes, with different thicknesses from 4 mm to 15 mm depending on the shape required.
Beveling
A particular type of machine glass processing where the thickness decreases below a certain angle, where the processing of a plate’s edges is carried out using an any angle less than 90° with respect to the plate’s area involving therefore not only the edge of the surface itself. The thicker the glass, the wider the facet can be made. A facet can be made on both a straight glass plate, and one having a different shape. Depending on the thickness, facet widths are available from 5 mm to 45 mm.
This glass processing method results with a nice aesthetic detail, pleasing to the eye which is nice and fits discreetly in a variety of interiors.
Cutting
Glass cutting process is carried out in automatic way. The plates of large or regular size are loaded onto a mobile bridge, then they pass onto a fixed surface before being cut by a specialized glass cutter, and finally, the last step is a manual chopping operation. The programmed measurements of the glass cutting are controlled by software that provides full automation of the process.
We provide glass and semi-finished products for use in a variety of fields: construction, cutting and grinding of glass in the sizes and dimensions required by the customer. We are able to perform glass cutting of various degrees, depending on the thickness, quality and personalized features.
Grinding
Tempered glass is made through a thermal treatment. This safety glass obtains a high resistance to mechanical and thermal shock. Tempered glass is 5 times stronger than regular glass of equal thickness. By tempering the glass, also called tensioning, we are able to increase the structural strength by a factor of 4. It is then becomes safety glass, which disintegrates into small pieces when broken. This is realized under the DIN standard.
Tempered glass is made through a thermal treatment. This safety glass obtains a high resistance to mechanical and thermal shock. Tempered glass is 5 times stronger than regular glass of equal thickness. By tempering the glass, also called tensioning, we are able to increase the structural strength by a factor of 4. It is then becomes safety glass, which disintegrates into small pieces when broken. This is realized under the DIN standard.
Tempering
Tempered glass is made through a thermal treatment. This safety glass obtains a high resistance to mechanical and thermal shock. Tempered glass is 5 times stronger than regular glass of equal thickness. By tempering the glass, also called tensioning, we are able to increase the structural strength by a factor of 4. It is then becomes safety glass, which disintegrates into small pieces when broken. This is realized under the DIN standard.
The glass is heated to over 600°C and then cooled down at a carefully controlled rate, while a big tension is built up. When the glass breaks, it breaks apart into thousands of small fragments without sharp edges.
Tempered glass retains the light and energy characteristics of the commodity. Once heat-treated, the glass cannot be cut or drilled.
