Glass- insulating - Import export

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.

Glass type - EW30, EI30, EI60, EI90, EI120. Max. tested dimensions range - 4200 – 2200 mm, Notes - IGUs may incorporated various types of coating e.g. LowE . They give additional functions in the form of thermal Insulation (factor U), solar protection (factor g), give a specific color of glass and reflective. Fire-resistant Glass Units may be bended.

Maximal - 3000 x 4710, 2800 x 6000, 2800 x 4710. Description - with laminated glass (VSG), with toughened glass (ESG), toughened coated glass (ESG) + laminated glass (VSG). DGU or TGU maximum thickness – 100 mm. DGU or TGU maximum weight – 800 kg (210 kg/lm. We have the ability to produce and XXL insulated glass units with max dimensions 3210 x 9300 mm. For XXL insulated glass units, please contact separately.

Maximal - 2000 x 4200, 4300 x 2800, 2800 x 5800. Description - with toughened glass (ESG) end laminated glass (VSG), with toughened glass (ESG) end laminated glass (VSG), with Touhened glass (ESG). Minimal radius (R) - Rmin – 800 mm (6-8 mm glass ), Rmin – 1000 mm (10-12 mm glass ) Rmin – 2000 mm (15-19 mm glass), Rmin – 1000 mm (6-8 mm glass ) Rmin – 1500 mm (10-12 mm glass).

Provides heat control and energy efficiency. Heating expenses are reduced. Do not compromise on natural day light and transparency. Reduces condensation on glass surface. Ensures maximum benefit from solar heat.

Insulating Glass Units (IGUs) are designed to provide thermal insulation. They are used to reduce building heat loss and/or heat gain depending on the climate and glass configuration.

Thermally insulating glass (also known as low-emissivity or low-E glass) usually forms the inner pane of an Insulating Glass Unit (IGU). The glass has a transparent metallic coating that reflects heat from radiators or fires back into the room, rather than allowing it to escape through the windows. At the same time it controls solar gain and maximises natural light

Insulating Glass Units (IGUs) are designed to provide thermal insulation. They are used to reduce building heat loss and/or heat gain depending on the climate and glass configuration.

Efficient heat control with insulated glass units system

Double Glazing System

Insulated glass (IGU) is an energy-saving glass. It is made of two or more layers of glass, separated by Aluminum spacer (desiccant filled), sticked with butyl and polysulfide or silicon sealed in the edges. Argon can be filled into the space. Usually used in curtain wall, windows & door. Characteristics: Energy: the K value of insulated glass is lower than single glass, which can significantly reduce energy consumption; Security: As a result of double-glazed structure, with higher wind-resisting ability and higher impact resistance, which is particularly suitable for high-rise buildings, coastal buildings, trains and ships.; Noise performance: windows and doors with insulated glass structure enables outdoor noise from RW-86 DB reduce to RW-45 DB indoor; Anti-condensation: Low moisture permeability of insulated glass, large difference in temperature indoor and outdoor in winter, the condensation does not occur.

It is the high-effect, and sound- and thermal-insulation glass made of two (or three) pieces of glass, with high-strength and gas-tightness composite binder to bond the glass with aluminum alloy frame containing the desiccant inside. Several performances of hollow glass is superior to ordinary double-layer one, which has been recognized worldwide therefore. And hollow glass is the glass product that separates evenly two or more pieces of glass based on the effective support and bonds the surrounding area sealed, making the formation of dry gas space among glass layers. Its main materials are glass, warm-edge spacing bar, bending angle plug, butyl rubber, polysulfide and desiccant.

Float clear glass, from 8.0 to 12.0 mm for construction, interior decoration and safety.

Isıcam Systems is a C Series product. It is produced with the production quality guaranteed by Isıcam Systems. It provides insulation and savings by preventing the heat inside from escaping to the outside. Advantages : -Isıcam Systems are produced by Isıcam Authorized Manufacturers who are regularly audited by Şişecam Flat Glass. -Isıcam brand is in production; -Glass and side materials are used in appropriate quality and quantity, It is the assurance that the production is carried out continuously under suitable conditions and using modern technologies.

These crystals are characterised by a three-dimensional pore system, with pores of precisely defined diameter. This diameter is in the dimension of the size of molecules such as water, CO2 and H2S. The pores can be adjusted to precisely determined uniform openings allowing for molecules smaller than its pore diameter to be adsorbed whilst excluding larger molecules, hence the name “molecular sieve”. The different pore sizes of synthetic zeolites open up a wide range of possibilities in terms of "sieving" molecules of different size or shape from gases and liquids.

Window spacer profiles are used to produce insulating glass. It creates space between the 2 glass panes and holds inside the Molecular sieve which will stop fogging of the insulating glass installed to the Windows of the buildings. Primary and secondary sealants are applied to the glass panes together with spacer profile to complete the combination and have a good sealed insulating glass unit which will withstand differant temperature conditions.

Thiokol is a special sealing compound for manufacturing insulating glass units. It is a 2 component sealing material which has excellent adhesion to clean surfaces such as glass, aluminium or steel. The mixture made from 1 part B component and 10 part of A component applied all arround the insulating glass unit will stop permeability of water and keep the Windows safe for long years.

Arched windows add a distinctive architectural element, featuring a curved or segmented frame at the top. The arch offers a touch of grace and sophistication, highlighting the window design. Europrofile wood, triple layered 68x78 mm, from NORDIC PIN or exotic wood - MERANTI. Insulated glass float + lowe - 24 mm. Aluminum teardrop Gutmann. EPDM gasket. ROTO NT hardware. REMMERS exterior water-based paint resistant to mechanical shocks and UV, applied in 3 starts.

Modern windows pursue functionality and minimalism, helping to create a contemporary and energy-efficient appearance of the building. Their design fits well in modern homes with an emphasis on brightness, spaciousness and energy efficiency. Europrofile wood, triple layered 68x78 mm, from NORDIC PIN or exotic wood - MERANTI. Insulated glass float + lowe - 24 mm. Aluminum teardrop Gutmann. EPDM gasket. ROTO NT hardware. REMMERS exterior water-based paint resistant to mechanical shocks and UV, applied in 3 starts.

Classic windows integrate elegantly into the structure of the home, with their fine wooden frames, accompanied by details such as corners and their sections. Europrofile wood, triple layered 68x78 mm, from NORDIC PIN or exotic wood - MERANTI. Insulated glass float + lowe - 24 mm. Aluminum teardrop Gutmann. EPDM gasket. ROTO NT hardware. REMMERS exterior water-based paint resistant to mechanical shocks and UV, applied in 3 starts.

French windows impress with their open and airy style. They allow natural light to enter the room generously and create a fluid connection between inside and outside. Europrofile wood, triple layered 68x78 mm, from NORDIC PIN or exotic wood - MERANTI. Insulated glass float + lowe - 24 mm. Aluminum teardrop Gutmann. EPDM gasket. ROTO NT hardware. REMMERS exterior water-based paint resistant to mechanical shocks and UV, applied in 3 starts.

SUITABLE SURFACES All types of tapered-edge, paper-lined plasterboard, with or without insulation (glass wool, rock wool, polystyrene). COVERINGS First undercoat for plasterboard. Smoothing compound. PACK SIZE Tubs of 5 and 25kg on covered pallet. STORAGE 9 months in unopened original packaging, away from frost and extreme heat. AMOUNT REQUIRED Approximately 500 g/m² of plasterboard. DRYING TIME The second coat can be applied 24-48 hours after the first, depending on the ambient conditions. RECOMMENDED APPLICATION Always leave a minimum gap of 20 cm between doors and windows and the first plasterboard joint.

COMPOSITION AND APPEARANCE Powder coating based on plaster, calcium carbonate, resin, and various additives. SUBSTRUCTURES ADMITTED All types of plasterboard with or without insulation (glass wool, rock wool, polystyrene) with tapered edges and cardboard faces. COATINGS Printing undercoat for gypsum plasterboard. Plaster-based smoothing plaster. TECHNICAL SPECIFICATIONS - Setting time: 4 hours - Adhesion of the tape: > 1000 g - Density: 0.9 - Reaction to fire: A1 STORAGE 9 months in original unopened packaging protected from humidity. RATE OF MIXING 10 to 11 liters of water per 25 kg bag. APPLICATION Before treatment of the joints themselves, the panels must be filled between accidentally non-joined panels and various fillings. The application is done manually by "buttering" the thinned panels with a 10 or 15 cm coating knife and placing the strip. Then carry out a finishing pass, let dry and finish to mask the strip. Also mask the screw heads.

COMPOSITION AND APPEARANCE Powder coating based on plaster, calcium carbonate, resin, and various additives. The paste obtained is white in color. SUBSTRUCTURES ADMITTED All types of plasterboard with or without insulation (glass wool, rock wool, polystyrene) with tapered edges and cardboard faces. COATINGS Printing undercoat for gypsum plasterboard. Plaster-based smoothing plaster. TECHNICAL SPECIFICATIONS - Setting time: 2 hours - Adhesion of the tape: > 1000 g - Cracking: no cracks up to 5 mm thick STORAGE 9 months in original unopened packaging protected from humidity APPLICATION Before treatment of the joints themselves, the panels must be filled between accidentally non-joined panels and various fillings. The application is done manually by "buttering" the thinned panels with a 10 or 15 cm coating knife and placing the strip. Then carry out a finishing pass, let dry and finish to mask the strip. Also mask the screw heads.

TECHNICAL DEFINITION CE 78 PERFECT’JOINT is a ready-mix paste specially formulated for jointing mitred-edge plasterboards in association with plaster tape. COMPOSITION AND APPEARANCE Resin, water, calcium carbonate, thickener, pre- servation agent and various adjuvants. The paste is white. SUITABLE SURFACES All types of plasterboard with or without insulation (glass wool, rock wool, polystyrene) with mitred edges and carded surfaces. COVERINGS Plasterboard primer. Smoothing filler. REFERENCE DOCUMENTS • CE marking • DTU 25.41 and DTU 25.42 • NF EN 13963 • DoP PACK SIZE 7 and 25 kg buckets. STORAGE 12 months in original unopened packaging away from frost and high temperatures. APPLICATION Before actual jointing, fill any accidental gaps between boards and any other areas (spalls, deterioration of the surface etc.). Apply manually by «buttering» the mitred-edge using a 10 or 15 cm plaster spatula and then ad- ding the tape (milled face against the jointing coa- ting).

Depending on the characteristics of the double glazing used in the Skymax system, up to 5.1* more insulation can be achieved compared to single glazing. The highest insulation was achieved in the glass balcony. Your balcony will be cooler in summer and warmer in winter. Another innovation in the glass balcony sector! Espagnolette lock. It is much more useful than standard chain locks with its stylish design and easy use. The optional built-in espagnolette lock provides more security. Sky Art engineers developed a special locking mechanism for the insulating glass balcony system. With the system called “ABL–Auto Brake Lock”, when the sliding glass panels come to the parking area, they are automatically locked and the wing can be opened without moving. In this way, the risk of falling and sagging when opening the wing is eliminated. In the system, in which a total of 28 mm (4+20+4 or 6+16+6) insulating glass

The GUTMANN CORA system can be designed as a double flap, single flap or angular flap. The CORA wood-aluminum system is based on the basic construction for standard wooden windows "IV 68" with a wood thickness of 68 mm per sash and frame. Therefore, no investment is required in special milling tools for the production of the wooden frame. The bottle is completely taken in the wooden box. Therefore, the insulating glass edge is excellently insulated against unwanted heat loss. The glass is exchanged from the inside by loosening the glass strip. Aluminum housing is a weather protection and an architectural element that can be freely designed in terms of color. The wooden frame ensures stability, excellent thermal insulation and gives the house a pleasant, familiar character. The aluminum frames are ventilated from the back and are attached to the wood with stable supports without tension: This allows the wood to breathe and the aluminum frame can expand without obstacles .

Immersion heater for laboratory and electroplating technology Advantages: Maximum energy utilization through infrared radiation - the cladding tube is infrared permeable; through heat conduction - the cladding tube made of quartz glass enables particularly good heat transfer. Temperature resistance Since quartz glass has practically no thermal expansion, such immersion heaters are particularly resistant to heat changes. Acid resistance Quartz glass immersion heaters are almost resistant to acids except phosphoric acid above 300 ° C and hydrofluoric acid. They are therefore particularly suitable for the direct heating of chemicals in the laboratory and electroplating technology. electric security The cladding tube made of quartz glass is an excellent electrical insulator - safe contact protection; optimal electrical safety through earthing of the interior. In compliance with EC Directive 89/336 / EEC and EC Directive 73/23 / EEC.

CSN® copper and nickel are temperatureresistant connecting cables for internal wiring of electric household appliances such as hotplates, glass ceramic plates, grill appliances or storage heaters. In industrial applications CSN® Cables are preferably used for the wiring of heating elements, heating cartridges, tubular heaters, panel heaters, and quartz radiators. We manufacture these singlecore cables in cross sections up to 6 mm². Owing to their high temperature resistance up to 250 °C in the case of glass silk insulation and 600 °C in the case of mineral fibre insulation, these connecting cables meet the most demanding requirements.