Scratches, abrasion and moisture resistant coating lines are above or outside line. Soft-coated glass in buildings can be used as a single glass. Insulating glass production during the "edge stripping" transactions do not show a need.

Expansion "Intercam Multi-Function", which provides heat and sun control, soft coating is the name.

During the process and the float glass float line before leaving the surface coating are performed. Coating process "hot" environment is realized with this coating "pyrolytic" is called. In appropriate cases, after coating tempering process can be performed.

Float glass line taken leave on another stock coating plant are configured. In appropriate cases, tempering process can be performed prior to coating.

By controlling the solar energy enters and makes the interior more comfortable and saves on cooling costs are a glass or coatings.

Glass thermal stress loads that can meet the proficiency gained in the heat treatment is a type of resistance. Partial tempered (heat strengthened) panels, fully tempered panel in the same oven, but a lower surface tension be targeted are produced. Partial break tempered glass and safety glass when larger pieces are divided classification remain outside. Approximately two times higher than non-heat-treated glass tempering partial power saving process of curtain wall glass windows and the parapet of spontaneous fracture risk reduction in advance is a preferred option. COATED GLASS: Multi-Purpose Glasses / Plates:
And solar control properties together have climate control as well as the combination of glass and / or are a soft coating.

Safety glass, glass approximately 4-5 times in order to gain strength, close to the melting temperature of the glass are heated to some degree after the sudden cooling process is the name.

Transmission (conductivity) and convection (convection) transition temperature insulation prevents "spaces between" and / or far infrared radiation region (radiation) temperature that blocks the transition Low-E coatings with the help of interior comfort and heating costs of achieving savings or glazed units are coated. SAFETY GLASSES: Lamination:
Safety glass, between two or more than two transparent glass plates and / or with the help of colored binder under heat and pressure process is called unification.

IMF with in the heat insulating double-glass coating have ÅžiÅŸecam is a registered trademark.

Low-E coatings keep within the heat insulating double glazing is a registered trademark owned by ÅžiÅŸecam.

Heat-insulating double glazing is a registered trademark owned by ÅžiÅŸecam.

Heat insulating double-glazed unit, used in improving the heat insulation value, non-toxic, non-flammable and burning gas is the name.

The glass surface between 280-380 nm wavelength domain of the short-wave visible radiation energy spent by a combination of glass or glass is the percentage.

Tables "k" or "U" value as the heat transfer coefficients involved glazing unit area, per unit of time, the hard conditions of heat transmitted indoor and outdoor temperature difference is obtained by dividing. Tables and in accordance with ISO 9050 and ASHRAE standard values are given. ASHRAE standard winter and summer as value for the U coefficients are separated into two. The most important factors or coefficients U k; insulating glass and fill the spaces between the width of the diffusion coating (Emissivity) values. Glass plate thickness effect of the heat permeability coefficients are insignificant.

380-780 nm. wavelength range of solar energy "light sense" is to be perceived. Measurements for "International Lighting Committee" standardized by the D 65 light source is taken as the radiation distribution. Daylight Transmittance (Tv): 380-780 nm wavelengths were assumed to come between the total energy of visible radiation (light intensity) by a combination of glass or glass is the percentage of inner-spent. Daylight Reflectance (pv) comes between 380-780 nm wavelength visible radiation agreed total energy (light intensity) by a combination of glass or glass reflected back is the part. Mirroring the structure to be outside or into the two types of structures are evaluated.

300-2500 nm. wavelength in the range of effects on the glass surface with a portion of the total energy reflected to the outside [reflection (pe)] in a section to enter direct [direct transmittance (Te)], one part is absorbed by the glass [absorbance (μe)]. Then a portion of the energy absorption to the outside (qo) a portion of the interior (qi) "is cool". Total transmittance (g), the total effect of the glass surface of solar energy as heat inside is the percentage of entering. In this sense, the total direct transmittance transmittance (Te) and the energy absorption within the glass inside "the cooling" (qi) is equal to the sum of the parts. 300-2500nm wavelength range from the glass surface affects the total energy of 100% Export reflection Absorption Absorption energy outside the cooling section of the absorption energy inside the cooling section of the direct transmittance (Direct in giran section) Total transmittance (Te + qi) Shading Coefficient: Solar energy transmittance total of 3 mm As a result of colorless glass shading coefficient has to be compared. Total Solar Energy Transmittance of 3 mm clear glass is approximately 0.87 'dir.

W / m² expressed in terms of the relative heat gain, indoor and outdoor temperature difference due to the glass solar heat gain from entering inside refers to the total. Relative heat gain is calculated by the following formula. Relative heat gain = (Summer season coefficient x 7.8 O U C) + (shading coefficient x 630 W / m²)

Against solar radiation to heat the glass reacts in three ways.Part of the solar glass effect directly enters;part is reflected directly to the outside and the rest is absorbed by the glass, absorbs the heat in and then cools to the outside. As a result of the energy absorption of the glass heated section of the glass with the sun in the shade of the rest occurred between the difference of expansion beyond the limit of strength, thermal stress due to the "self" can lead to breaks. Blend with the color or multi-layer coated solar control glass, laminated glass units are most open to the risk of thermal breakage. Increasing risk of breaking the glass in the thermal factors are listed below: High solar energy absorption, and this fact increased the number of times the multi-layer insulating glass, laminating, opaque update factors such as; severe to be effective regions of the solar radiation. High-altitude mountainous regions and deserts of humidity is less than other regions is exposed to high solar radiation.

Temperature difference between night and day;

The rough edges and the disabled, low-quality glass cutting;

Trees, neighboring buildings, and especially with the horizontal eaves overhang caused by chopping static (stable) shadows;

Temperature may cause the accumulation of glass behind firmly closed blinds, curtains or parapet not be aired in the range of areas;

Concrete, wood joinery, such as high heat storage capacity or structural frame elements;

Directly aligned to the glass surface IR (infrared) heat lamps and air conditioning equipment, mechanical wind, sun rays According to a more upright vertical glass areas of sloping glass roof;

Some examples of applications in different geographic areas, smooth cut edges to be provided with or running in a very serious thermal solar control glass subjected to heat treatment without breaks found a set menu can be used. Heat the prediction of fracture risk that can be used to be one of the methods of glasses with absorption coefficient of the relationship between the earlier use of retrospective evaluation and statistical data as it is to draw conclusions.

To reduce the potential problems that can be oversee a few suggestions are listed below useful:
1. Solar control coatings are applied on glass sub-colored glasses should be subjected to heat treatment.
2. All glass panels with heat treatment opaque must be customized.
3. Solar control glass facing the outside of the parapet of the insulation unit usually the inside of the glass that must be in some cases with heat treatment. Insulating glass units inside the parapet painted enamel, glass or both of the unit with the heat treatment is an absolute must have.
4. As the sun should not take window glass directly on top of the field will increase refractions for the thermal heat treatment may be necessary.
5. Adequate ventilation will not be among the top glass plates stocked without heat treatment should not be left exposed to sunlight against. Insulating glass units from the surface must be labeled as a colorless glass
6. Combination of solar control glass in the counter attack unit of all layers of glass with heat treatment will be useful.
7. Uncertainty and doubt in terms of fracture risk Heat is born of solar control glass with thermal treatment is the most accurate decision.

SUN AND HEAT CONTROL GLASS: Sea level, above the horizon at an angle of 30o a cloudless air 1% of the total solar energy 280-380 nm. ultraviolet (UV) range, 53% 380-780 nm. 46% is in the range of visible light and 780-2500 nm. near infrared (IR) in the range of our global reach. Characteristic parameters of the glass, spectrophotometric measurements and calculation methods specified in the relevant standards with the help of sun rays on the glass surface can be assumed to come with 90o angle, determinednir.

Bonding process used in the adhesion strength and flexibility of dual-component high, silica-based adhesive.

In the region determined to be silicon bonding process which the distance is double-sided adhesive tape.

Internal structure, structure and environment in the urban environment together with other architectural elements used in glass, glazed units, components and systems for glass production, processing and assembly is covering all activities. FRONT GLASS: Bonding: Stepped or stepless produced as a single glass or double glass units, aluminum curtain wall profiles with a special adhesive is the process of structural silicone.

During the float glass process dough obtained by mixing the color transmitter substances are solar control glass. Helio ® smoked, Helio ® bronze and green blend color ŞİŞECAM Helio ® products.

Rain, wind, atmospheric conditions such as dust, as well as light, solar radiation, temperature, heat, noise, in terms of external factors such as the image of the structure of the relationship between internal and external glass and glazed units that are organized.

Static and dynamic loads on the glass effect (wind, snow, glass, its own weight, etc.) within the framework of the regulations in force should be considered together by the designer. Average weight of 2.5 kg of glass / m² / mm thickness as may be accepted.Glass, other than special structural applications, is inserted into the woodwork and into the seat frames are being installed through the building structure is transferred to.Balancing act in itself be able to structure their joinery; glass an unexpected load must be designed not to transfer, and structural joinery must not exceed the limits specified in the regulations deflection design. Maintenance, cleaning, or for any reason should not be printed directly onto glass overhead.

At regular intervals and glass aesthetic cleaned frequently enough to be protected. Glass cleaning, soft and smooth cloth, soft soap, detergent or should be done with conventional cleaning solution, rinsed with clean water. Coated glass applied to glass and other techniques, but with more care should be cleaned by. Cleaning of glass surfaces coated abrasive cleaning materials, knife, putty knife or similar cutting tools and a user should avoid damage. More eye-catching spots on the coated glass that should not be forgotten.

Low-E glass, such as soft-coated panels be used as single.On the other hand, coated solar control glass and the glass and coating of single AURA series 2 facing surface is possible to use.Intervals and spaces that can not be reached for cleaning glass coated single applications should be avoided. Reflective (reflective) glass-coated side of the "coating detector" or a "pencil" with the help indistinguishable. Pencils create a single image contacts the coated surface, while the percentage of uncoated double image is obtained. Low-E-like coatings that are not visible or lighter flame detector can be determined with Low-E.red or greenish reflection coated flame lighter side, while the uncoated faces reflect a yellowish flame. Glass, the application before, during and after application of abrasive materials, acids and alkalis, welding sparks and should be protected surface and edge damage.Glass, handling, transport and storage on site during the well-ventilated areas should be protected against moisture, well-supported on the glass coffee table with a 50-70 angle to the vertical stack should be.

LOW-E glass
Insulating glass from within one of the two flat glass surface is coated with different combinations of metal and metal oxide occurs as a result. The heat insulating glass units are created with glass-coated control and / or solar control performance is enhanced. Coated insulating glass units, noise control with a combination of special glass and accidents, provide safety and security against theft.