It is recommended to give a polished and shiny perimeter finish to the glass. It does not need to be tempered once the process is done.
Cuts made in the glass for installation.
They are made to make the glass work. (doors, railings, gates, facades, etc.)
We process the glass to give it various shades with resin-based cold paint, which is applied to the surface of the glass, ideal for adding color to interiors. On Extra Clear glass (0% Iron) the color of the paint does not vary from the real one due to the iron contained in the glass.
It is a process with ceramic paint in which after applying the paint to the glass we subject it to the tempering process in order to vitrify and adhere the paint to the glass. In Extra Clear glass the color of the paint would differ from the real one due to the iron contained in the glass. With the help of meshes we can have different positive or negative patterns.
We have a digital printer with which we can print any design or motif on the glass, to later temper it and guarantee adhesion to it.
We subject the glass with masking on one side to an acid satin process, which kills the shine of the exposed surface, mattifying the appearance. Its appearance makes it ideal for privatizing spaces, the satin surface can have a design. It can be used on clear glass, with a substrate, on glass or glass with a painting process.
We immerse the glass in a vat of acid to mattify both sides of the glass surface, increasing its non-translucent appearance. Ideal for emphasizing spaces thanks to its elegant aesthetics. It can be applied on clear glass or substrate.
Through satin coating the process of which contains particles that allow the paint to be porous. To avoid risks in walkable domes or stairs that are made of glass. Another way we make non-slip glass is by using a laser-based non-slip process which causes wear and tear to the glass, generating the same effect.
The glass is subjected to an acid process which reduces the gloss of the glass so as to avoid its reflection. Ideal for displaying paintings.
The screen-printed glass goes through a process by which a ceramic paint is applied which fuses when it is tempered, achieving a wide range of finishes.
It is glass anchored with lead-free paint. It is available in Silver, Bronze and Gray. It helps how to expand the space to highlight spaces like this in a perceptual way.
It is the moon with a satin process, which is available in Silver. The appearance obtained generates an elegant touch to any space in which it is placed.
It is a glass that does not have an anchoring layer like conventional glass, and the reflective effect is thanks to a manufactured layer that can be tempered and at the same time has a unidirectional view. Suitable for when, due to project design or specification, greater and/or certain impact resistance is required.
We call our LAMINATED product SICUREGLAS; It consists of the union of two or more glass sheets of any thickness joined by a layer or interlayer that can be made of a transparent or colored Polymer (PVB) to an Ionomer (SGP Sentry Glass Plus).
This type of glass is ideal for spaces that require not only safety, but also protection in case of breakage due to impact, since it helps preserve the glass in the installed module. Using transparent PVB allows for great transparency when laminated with clear glass.
When processed with colored PVB it allows a variety of shades by mixing the base colors. It can be complemented with satin to blur the background without completely losing vision. With a White or Black PVB we can block vision completely.
By laminating a solar control glass with a clear glass using PVB protection, we guarantee against UV rays and blocking the passage of light. Using a film that contains innovative solar control nanoparticle technology, it offers protection against UV rays and blocks a percentage of infrared rays, which helps solar control inside the building.
Sicureglass glass with PVB Silence significantly attenuates the noise from the impact of rain and hail on windows and roofs, generally improving the acoustic performance compared to classic laminated glass and monolithic glass of equal thickness.
SentryGlass Plus (SGP) is a sheet made from ethylene ionomer, it is 5 times stronger than P.V.B. Therefore, it is considered for structural elements in facades, railings, walkable domes and stairs. The glasses that make up the unit must be tempered to allow for the mechanical resistance to which they will be subjected. Ideal for facades that are installed with any system that involves exposed edges.
The composition of the unit varies depending on the level of security. However, semi-tempered glass with PVB or SGP is recommended to resist direct impacts. The composition to resist projectile impacts is with annealed glass laminated with SGP.
In regions with a high rate of tornadoes or hurricanes, protection is required for projectiles in which it is essential that the glass not have any openings. The composition depends on the category of the phenomenon, among which it is proposed that the first glass be annealed and the second glass tempered, laminated with SGP. The greater the amount of glass, the more it will be sandwiched between annealed and tempered glass. The composition depends on the category of the phenomenon, among which it is proposed that the first glass be annealed and the second glass tempered, laminated with SGP.
It is a multi-laminated glass, it is made up of 3 tempered glasses.
The assembly process is; 6mm or more tempered glass + 1.52mm PVC + 6mm or more tempered glass (it will be exploited once the laminated glass is assembled) + 1.52mm PVC + 6mm or more tempered glass
This type of glass is used for roofs.
It is designed to improve the energy efficiency of buildings or houses, providing thermal insulation.
This glass composition is hermetically sealed to prevent moisture from entering.
It is a unit that reduces the passage of light and simultaneously the passage of heat; its values help more with solar control than with thermal insulation. With these glasses, the entry of light into the interior is less, which is why the appearance of the glass is much more reflective than clear glass. The relationship that exists is that the less light enters, the greater the reflectivity the glass will have. It has an acceptable thermal insulation value. When a greater passage of light with the least amount of heat is required, we use Low E glass.
As it is double glazing, we can have acoustic control by changing the thickness of the components or with a laminated unit with acoustic PVB. They can be used for airports, buildings near busy avenues, hospitals, museum facades, among others.
For cases in which protection from the passage of heat and at the same time protection from projectiles is necessary. It can be generated through a laminated glass composition that has anti-hurricane resistance with solar control glass.
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