Produse pentru geam dublu geam (50)

Patterned glasses have a texture imprinted onto their surface and are used for decorative purposes. One of the most natural materials used in home and office design, glass will bring the shiny touch of the sun to the interiors where you live. Patterned glasses are produced for an aesthetic interior design and bring out the elegance in living areas. It allows new ideas and creative designs to come alive. It imparts a sense of light and spaciousness to dim and cramped areas. It offers innovative solutions in interior and exterior design by designers and architects. It offers light and privacy simultaneously. Every design offers a different level of vision control depending on your needs in your designs and projects. Lamination gives it the qualities of a security and safety glass. It can be used in places requiring security after being tempered. It can be given different visual characteristics with the application of mirror on its patterned surfaces.

I vetri per infissi sono progettati per garantire isolamento termico e acustico, assicurando al contempo sicurezza e durata nel tempo. Ideali per finestre e porte-finestre in ambienti residenziali, commerciali e industriali, questi vetri vengono realizzati con materiali di alta qualità e trattamenti specifici per migliorare le performance energetiche degli edifici. Disponibili in varie configurazioni, tra cui vetro singolo, doppio o triplo strato, i vetri per infissi offrono protezione contro le intemperie, contribuendo al mantenimento di una temperatura interna confortevole e alla riduzione dei costi di riscaldamento e raffreddamento. I vetri stratificati e temperati garantiscono una maggiore sicurezza contro rotture accidentali e intrusioni, rendendo gli infissi resistenti e sicuri. Grazie alla possibilità di personalizzazione in termini di spessore, tipologia e finitura, questi vetri possono adattarsi a ogni stile architettonico, migliorando l’estetica e la funzionalità di ogni ambiente.

All type of Aluminium Glass Rail Profiles

Les espaceurs en aluminium sont les premiers types d'espaceurs fabriqués par NEDEX. Afin de répondre aux exigences des différents marchés, les intercalaires en aluminium sont produits dans de nombreuses dimensions pour le verre isolant. Les espaceurs en aluminium sont fabriqués pour les applications "cut & plug", avec des connecteurs d'angle en plastique et pour le cintrage à la machine avec des connecteurs droits métalliques. L'épaisseur des matériaux en aluminium varie de 0,18 mm pour une conductivité thermique plus faible et un meilleur rapport coût-efficacité à 0,35 mm pour une meilleure pliabilité et une plus grande résistance. Les longueurs standard des espaceurs en aluminium sont de 3 m, 5 m et 6 m. D'autres longueurs sont disponibles en option sur demande. Le nom, la date et l'impression sont disponibles. En outre, si nécessaire, NEDEX peut produire des espaceurs colorés dans de nombreuses couleurs en utilisant la technologie du revêtement par poudre.

Obras efetuadas em França. Caixilharia em alumínio composta por janelas, fixos, guarda corpos e vidro

Aluminium Spacer Bar from 6mm till 24mm, standard, bendable and butyled.

Portes métalliques coupe-feu vitrée double ouvrante RF30’ Dimension des vantaux testés: 980x2075x53mm Le vantail est pourvu d'un vitrage RF30' type PYROBEL (Glaverbel) dont les dimensions sont de: • Largeur 300mm • Hauteur 400mm • Epaisseur 12mm Ce volume est placé entre deux lattes de vitrages en acier plié d'épaisseur 3mm. La protection thermique en périphérie est assurée par interposition d'une bande de produit foisonnant de 70x2mm. Le rejointoyage est réalisé à l'aide d'un silicone neutre sur fond de joint en Néoprène cellulaire. Les vantaux sont composés de: - Un cadre en tôle d'acier électrozingué d'1,5mm d'épaisseur profilé de façon à créer deux gorges symétriques afin d'y loger les produits foisonnants. - Le revêtement est réalisé à l'aide de deux tôles d'acier électrozingué de 1,5mm d'épaisseur avec les bords pliés à 180°. Celles-ci sont raidies par la fixation d'Omégas en tôles d'acier pliées à 1,5mm d'épaisseur, disposées verticalement et assurant l

Tinted glass is manufactured by adding coloring agents to the raw batch before the melting process. Advantages Offers wide options to designers and customers to create aesthetic and stylish places with its different color alternatives. If used in the exterior, it limits solar heat input into the building, controls the extreme brightness of the sun, and offers a comfortable working and living environment. By its solar control, it reduces the cooling costs.​ Supply opportunities are available in different sizes and colors. Laminated glass, toughened glass, heat-strengthened glass, enameled glass, bent glass, coated glass, acid-etched glass, sandblasted glass, and mirrors can be produced by applying secondary processes to tinted glass. Applications Tinted glass offers solutions to non-residential buildings with curtain walls, windows, spandrels, facade claddings, overhead glazing, and balustrades. Also alternative choices for interior applications such as tabletops, shelves, doors, shower cabins, and partitions. Solar control glass is subjected to thermal breakage risks. In order to avoid thermal breakage risks, toughening or heat strengthening is recommended. When laminating tinted glass, all panes of the laminated glass should be either toughened or heat strengthened to avoid thermal breakage risks. Green, grey, bronze, blue, turquoise and dark grey colors are available.

Tinted glass is manufactured by adding coloring agents to the raw batch before the melting process. Advantages Offers wide options to designers and customers to create aesthetic and stylish places with its different color alternatives. If used in the exterior, it limits solar heat input into the building, controls the extreme brightness of the sun, and offers a comfortable working and living environment. By its solar control, it reduces the cooling costs.​ Supply opportunities are available in different sizes and colors. Laminated glass, toughened glass, heat-strengthened glass, enameled glass, bent glass, coated glass, acid-etched glass, sandblasted glass, and mirrors can be produced by applying secondary processes to tinted glass. Applications Tinted glass offers solutions to non-residential buildings with curtain walls, windows, spandrels, facade claddings, overhead glazing, and balustrades. Also alternative choices for interior applications such as tabletops, shelves, doors, shower cabins, and partitions. Solar control glass is subjected to thermal breakage risks. In order to avoid thermal breakage risks, toughening or heat strengthening is recommended. When laminating tinted glass, all panes of the laminated glass should be either toughened or heat strengthened to avoid thermal breakage risks.

Şişecam Acoustic Laminated Glass is a sound insulation glass. Acoustic laminated glass contains a special acoustic interlayer which acts as a dampening core between the glass panes, preventing sound frequencies vibrating from one pane of glass to the other, developed for excellent sound insulation for places where there is excessive high-level noise. Şişecam Acoustic Laminated Glass not only provides improved acoustic performance, it also provides the safety properties of Şişecam Laminated Glass. The outdoor noise level can be lowered down to the level of a quiet atmosphere, and thus the quality of life is improved for the individuals. Decreases physiological and psychological aspects of noise pollution. Minimizes risks of injury due to accidental impact. Retains its overall integrity and continues to act as a barrier even if the glass breaks, protection from vandalism, burglary attack. Able to with stand repeated blows from heavy objects such as bricks, hammers or crowbars. Provide extremely high levels of protection against UV radiation (over 99 % of UV radiation is blocked), therefore helps to reduce fading and ageing effects.

inted glass is manufactured by adding coloring agents to the raw batch before the melting process. Advantages Offers wide options to designers and customers to create aesthetic and stylish places with its different color alternatives. If used in the exterior, it limits solar heat input into the building, controls the extreme brightness of the sun, and offers a comfortable working and living environment. By its solar control, it reduces the cooling costs.​ Supply opportunities are available in different sizes and colors. Laminated glass, toughened glass, heat-strengthened glass, enameled glass, bent glass, coated glass, acid-etched glass, sandblasted glass, and mirrors can be produced by applying secondary processes to tinted glass. Applications Tinted glass offers solutions to non-residential buildings with curtain walls, windows, spandrels, facade claddings, overhead glazing, and balustrades. Also alternative choices for interior applications such as tabletops, shelves, doors, shower cabins, and partitions. Solar control glass is subjected to thermal breakage risks. In order to avoid thermal breakage risks, toughening or heat strengthening is recommended. When laminating tinted glass, all panes of the laminated glass should be either toughened or heat strengthened to avoid thermal breakage risks.

Tinted glass is manufactured by adding coloring agents to the raw batch before the melting process. Advantages Offers wide options to designers and customers to create aesthetic and stylish places with its different color alternatives. If used in the exterior, it limits solar heat input into the building, controls the extreme brightness of the sun, and offers a comfortable working and living environment. By its solar control, it reduces the cooling costs.​ Supply opportunities are available in different sizes and colors. Laminated glass, toughened glass, heat-strengthened glass, enameled glass, bent glass, coated glass, acid-etched glass, sandblasted glass, and mirrors can be produced by applying secondary processes to tinted glass. Applications Tinted glass offers solutions to non-residential buildings with curtain walls, windows, spandrels, facade claddings, overhead glazing, and balustrades. Also alternative choices for interior applications such as tabletops, shelves, doors, shower cabins, and partitions. Solar control glass is subjected to thermal breakage risks. In order to avoid thermal breakage risks, toughening or heat strengthening is recommended. When laminating tinted glass, all panes of the laminated glass should be either toughened or heat strengthened to avoid thermal breakage risks.

Tinted glass is manufactured by adding coloring agents to the raw batch before the melting process. Advantages Offers wide options to designers and customers to create aesthetic and stylish places with its different color alternatives. If used in the exterior, it limits solar heat input into the building, controls the extreme brightness of the sun, and offers a comfortable working and living environment. By its solar control, it reduces the cooling costs.​ Supply opportunities are available in different sizes and colors. Laminated glass, toughened glass, heat-strengthened glass, enameled glass, bent glass, coated glass, acid-etched glass, sandblasted glass, and mirrors can be produced by applying secondary processes to tinted glass. Applications Tinted glass offers solutions to non-residential buildings with curtain walls, windows, spandrels, facade claddings, overhead glazing, and balustrades. Also alternative choices for interior applications such as tabletops, shelves, doors, shower cabins, and partitions. Solar control glass is subjected to thermal breakage risks. In order to avoid thermal breakage risks, toughening or heat strengthening is recommended. When laminating tinted glass, all panes of the laminated glass should be either toughened or heat strengthened to avoid thermal breakage risks.

Tinted glass is manufactured by adding coloring agents to the raw batch before the melting process. Advantages Offers wide options to designers and customers to create aesthetic and stylish places with its different color alternatives. If used in the exterior, it limits solar heat input into the building, controls the extreme brightness of the sun, and offers a comfortable working and living environment. By its solar control, it reduces the cooling costs.​ Supply opportunities are available in different sizes and colors. Laminated glass, toughened glass, heat-strengthened glass, enameled glass, bent glass, coated glass, acid-etched glass, sandblasted glass, and mirrors can be produced by applying secondary processes to tinted glass. Applicaitons Tinted glass offers solutions to non-residential buildings with curtain walls, windows, spandrels, facade claddings, overhead glazing, and balustrades. Also alternative choices for interior applications such as tabletops, shelves, doors, shower cabins, and partitions. Solar control glass is subjected to thermal breakage risks. In order to avoid thermal breakage risks, toughening or heat strengthening is recommended. When laminating tinted glass, all panes of the laminated glass should be either toughened or heat strengthened to avoid thermal breakage risks.

Patterned glasses have a texture imprinted onto their surface and used for decorative purposes. One of the most natural materials used in home and office design, glass will bring the shiny touch of the sun to the interiors where you live. Patterned glasses are produced for an aesthetic interior design and bring out the elegance in living areas. It allows new ideas and creative designs come alive. It imparts a sense of light and spaciousness to dim and cramped areas. It offers innovative solutions in interior and exterior design by designers and architects. It offers light and privacy simultaneously. Every design offers a different level of vision control depending on your needs in your designs and projects. Lamination gives it the qualities of a security and safety glass. It can be used in places requiring security after being tempered. It can be given different visual characteristics with the application of mirror on its patterned surfaces.

Noise control glasses decreases the effect of noise in the living spaces. By using glasses with different thicknesses in IGUs, noise effect can also be decreased. However, for the living spaces with a significant level of noise, usage of special noise control glasses (such as Acoustic Laminated Glass of Şişecam) is suggested. Noise control performance of IGUs can be enhanced by using Acoustic laminated Glass. The thickness of the laminated glass and the IGU combination should be decided according to the specifications of the current environment.

Patterned glasses have a texture imprinted onto their surface and used for decorative purposes. One of the most natural materials used in home and office design, glass will bring the shiny touch of the sun to the interiors where you live. Patterned glasses are produced for an aesthetic interior design and bring out the elegance in living areas. It allows new ideas and creative designs come alive. It imparts a sense of light and spaciousness to dim and cramped areas. It offers innovative solutions in interior and exterior design by designers and architects. It offers light and privacy simultaneously. Every design offers a different level of vision control depending on your needs in your designs and projects.

Tinted glass is manufactured by adding coloring agents to the raw batch before the melting process. Advantages Offers wide options to designers and customers to create aesthetic and stylish places with its different color alternatives. If used in the exterior, it limits solar heat input into the building, controls the extreme brightness of the sun, and offers a comfortable working and living environment. By its solar control, it reduces the cooling costs.​ Supply opportunities are available in different sizes and colors. Laminated glass, toughened glass, heat-strengthened glass, enameled glass, bent glass, coated glass, acid-etched glass, sandblasted glass, and mirrors can be produced by applying secondary processes to tinted glass. Applications Tinted glass offers solutions to non-residential buildings with curtain walls, windows, spandrels, facade claddings, overhead glazing, and balustrades. Also alternative choices for interior applications such as tabletops, shelves, doors, shower cabins, and partitions. Solar control glass is subjected to thermal breakage risks. In order to avoid thermal breakage risks, toughening or heat strengthening is recommended. When laminating tinted glass, all panes of the laminated glass should be either toughened or heat strengthened to avoid thermal breakage risks.

IGU is a glass unit made from two or more glass panes with dry air or gases inside. Thermal and solar control IGUs are made from high-quality Low-E glass with solar control. By providing maximum thermal insulation and solar control, they reduce your heating costs in winter and your air conditioning costs in summer.

At Grupcam, our Insulating Glass Units (IGUs) are designed to provide superior thermal insulation, helping to maintain optimal indoor temperatures while reducing energy consumption. Constructed with multiple glass panes separated by a spacer and filled with insulating gas, our IGUs create an effective barrier against heat transfer, making them the perfect choice for residential, commercial, and industrial applications.

Nedex Trockenmittel NANOMOL-C ist eine Mischung aus Calciumoxid, das natürliche Trocknungsmittel und natürliche Bindemittel enthält. Das Produkt ist für einen statischen Wasseradsorptionsprozeß mit sehr niedriger Adsorptionsgeschwindigkeit ausgelegt. Mit einer optimierten Dichte kann es in einem bestimmten Volumen eine sehr gute Wasseradsorptionskapazität erreichen. Es hat keine chemischen Reaktionen mit Aluminium, Stahl, verzinktem Stahl und Kunststoffen. NANOMOL-C ist ein Trockenmittel für Isolierglaseinheiten mit Spezifikationen nach EN 1279:2018. Merkmale: Sehr niedrige Gasdesorptionswerte Sehr hohe Wasseraufnahmekapazität Granulierung ohne gebrochene Partikel und Kein Staubgehalt Verpackung: Kartons (25 kg) Metallfässer (160/170 kg) Big Bags (680 kg) Granulatgrößen: 0,5-0,9 mm (automatische Befüllung) 1,0-1,5 mm (manuelle Befüllung)

Nedex Kimya, l'une des sociétés du groupe NEDEX, dispose d'une large gamme de produits d'intercalaires pour verre isolant (barres d'intercalaires en aluminium et intercalaires en plastique pour bords chauds). Nedex a une capacité de plus de 100 millions de mètres d'intercalaires en aluminium et de 60 millions de mètres d'intercalaires en plastique pour bords chauds par an sur le site de production d'Eskişehir/Turquie. NEDEX produit des entretoises en aluminium à Eskisehir/Turquie depuis 2010. La production d'entretoises à bord chaud a commencé en 2014. NEDEX produit également des clés d'angle pour ses barres d'écartement et recommande de les utiliser ensemble. Les intercalaires en aluminium et les intercalaires à bord chaud NEDEX sont destinés aux vitrages isolants dont les spécifications sont conformes à la norme EN 1279:2018.

Als eines der Unternehmen der NEDEX-Gruppe verfügt Nedex Kimya über eine große Produktvielfalt an Isolierglas-Abstandhaltern (als Aluminium-Abstandhalter und Kunststoff-Abstandhalter als Warme Kante). Isolierglas-Abstandhalter werden nach den Anforderungen der Glashersteller ausgelegt. Nedex verfügt in der Produktionsstätte in Eskişehir/Türkei über eine jährliche Kapazität von mehr als 100 Millionen Metern Aluminium-Abstandshaltern und 60 Millionen Metern Warme-Kante-Abstandshaltern aus Kunststoff. NEDEX produziert seit 2010 Aluminium-Abstandhalter in Eskisehir/Türkei. ISOPROFIL, ein Konzernunternehmen von NEDEX, produziert seit 2011 Aluminium-Abstandhalter in Zaporozhye/Ukraine. Die Produktion von Warme-Kante startete im Jahr 2014. NEDEX stellt auch Eckverbinder für seine Abstandhalter her und empfiehlt deren gemeinsame Verwendung. NEDEX-Aluminium-Abstandhalter und Warme-Kante-Abstandhalter sind für Isolierglaseinheiten mit Spezifikationen gemäß EN 1279:2018.

NEDEX secondary sealant MELTEX hotmelt butyl (hot melt sealant) is a 100% solids, single-component sealant designed for the sealed insulating glass industry. It is formulated from butyl rubber, synthetic polymers and elastomers to give outstanding adhesion to glass and aluminum when fabricated manually or reactivated in semi- automatic equipment. The product is resistant to degradation from ultraviolet light, temperature extremes and water immersion. MELTEX hotmelt butyl is is compatible with inner sealants of NEDEX such as KU-83B and PIB-996. They can be used together, there will be no chemical reactions. Before using MELTEX together with other inner sealants chemical compatibility tests should be done. MELTEX is a secondary sealant for Insulating Glass Unit with specifications according to EN 1279.

Les espaceurs à bord chaud NEDEX (NANOBAR) ont les valeurs Σλd- et Ψ les plus basses. NANOBAR a un nombre maximum de trous de perforation pour une meilleure performance du verre isolant. Les espaceurs Nedex à bord chaud peuvent être produits dans des largeurs comprises entre 8 et 24 mm. La couleur de la pièce en plastique peut être blanche, grise RAL7035, grise RAL7040, grise RAL9023 et noire. Leur stabilité et les spécifications des matériaux permettent de les traiter sur des lignes de cintrage. Ils peuvent même être installés dans des unités IG soumises à des charges externes extrêmes. Les revêtements métalliques et non métalliques au dos des espaceurs à bord chaud garantissent une étanchéité parfaite contre la perméation de la vapeur d'eau et de l'argon. Les surfaces en contact avec les produits d'étanchéité ont une très bonne adhérence aux produits d'étanchéité.

Nedex Molekularsieb "Zeolan-K" ist eine Mischung aus synthetischen 3A-Zeolithen und natürlichen Bindemitteln. Die Produkte sind für einen statischen Wasseradsorptionsprozess mit sehr niedriger Adsorptionsgeschwindigkeit ausgelegt. Mit einer optimierten Dichte können sie in einem bestimmten Volumen eine sehr gute Wasseradsorptionskapazität erreichen. Sie haben keine chemischen Reaktionen auf Aluminium, Stahl, verzinktem Stahl und Kunststoffen. ZEOLAN-K ist ein Trockenmittel für Isolierglaseinheiten mit Spezifikationen nach EN 1279:2018. Merkmale: Sehr niedrige Gasdesorptionswerte Hohe Wasseradsorptionskapazität Granulierung ohne gebrochene Partikel und Niedrige elektrostatische Werte und kein Staubgehalt Verpackung: Kartons (25 kg) Metallfässer (160/170 kg) Big Bags (680 kg) Granulatgrößen: 0,5-0,9 mm (automatische Befüllung) 1,0-1,5 mm (manuelle Befüllung) 1,4-2,0 mm (manuelle Befüllung)

Abstandhalter aus Aluminium sind die ersten Arten von Abstandhaltern, die von der NEDEX hergestellt wurden. Um den Anforderungen verschiedener Märkte gerecht zu werden, werden Aluminium-Abstandhalter in vielen Abmessungen für Isolierglas hergestellt. Aluminium-Abstandshalter sind für Schneid-Steck-Anwendungen, mit Kunststoff-Eckverbindern und für maschinelles Biegen mit metallischen geraden Verbindern hergestellt. Die Dicke der Aluminiummaterialien variiert von 0,18 mm für geringere Wärmeleitfähigkeit und Kosteneffizienz bis 0,35 mm für Biegsamkeit und Festigkeit. Es gibt verschiedene Größen von Aluminium-Abstandshaltern mit einer Nennbreite von 6 mm und 24 mm. Die Standardlängen der Alu-Abstandshalter sind 3 m, 5 m und 6 m. Andere Längen sind auf Anfrage optional. Name, Datum und Impressum können aufgetragen werden Darüber hinaus kann NEDEX bei Bedarf farbige Abstandhalter in vielen Farben mittels Pulverbeschichtungstechnologie herstellen.

NEDEX produces solvent-free primary sealant PIB-996 based on polyisobutylene for the insulating glass industry. The formulation has been specially developed to achieve very low gas and water vapor penetration rates. The product is compatible with Nedex secondary sealants. The solvents most commonly used in the formulations of secondary sealant formulations based on polyurethane and polysulfide show no signs of migrations with Nedex primary sealants. However, intensive compatibility tests according to EN1279-4:2018 should be carried out before use if PIB-996 is not used together with Nedex secondary sealants PS-018 and KU-83. PIB-996 has a very good adhesive properties on glass and metal. The effect of heat leads to a significant softening of primart sealants. Neverthless, PIB-996 shows good stability even at temperatures around 100°C and does not flow out of their position into the space between the panes. PIB-996 has also been certified according to EN1279-4:2018.

NEDEX, which has been producing molecular sieve since 1999, is the only brand in the world focusing only on the insulating glass sector, supplying 30% of the molecular sieve amount in the world market and they are used in more than 55 countries. The products are presented in 4 categories as MULTIMOL, NANOMOL, NANOMOL-C, ZEOLAN-K, according to different market demands with their high water adsorption capacity, very low gas desorption values, granulation without broken particles, low electrostatic values and zero dust contents.

NEDEX warm edge spacers (NANOBAR) have lowest Σλd- and Ψ-values. NANOBAR has maximum number of perforation holes for a better IGU performance. Nedex warm edge spacers can be produced in widths between 8-24 mm. The extruded part of spacer which gives the shape of spacer is produced by UV resistant plastic compounds with three different rigidity factors named by Nanobar, Nanobar-F and Nanobar-R. The colour of plastic part can be white, grey RAL7035, grey RAL7040, grey RAL9023 and black. Their stability and material specifications make their processing in bending lines possible. They can even be installed in IG units, which are under extreme external loads. Metallic and nonmetallic coatings at the backside of warm edge spacers guarantee perfect tightness against water vapour and argon permeation. Surfaces which are in contact with sealants have very good adhesion to sealants. NEDEX warm edge spacers have high UV stability, scratch resistancy