Özgür Cam manufactures float glass through a process of floating molten glass on a bath of molten tin, producing transparent glass. This clean float glass can then undergo secondary processes to produce various glass solutions for industries like construction, automotive, energy and more. These include insulating glass units, laminated glass, tempered glass, and coated glass. One type is Helio blend-coloured float glass, used for sun control with various colour and reflection options. Isıcam units provide heat insulation by delaying heat transfer between indoors and outdoors when two panes of glass are sealed together. Isıcam Sinerji provides especially high insulation with the addition of Low-E coating on one pane of

1. Clean Float Glasses -Clean Float Glasses
-Isıcam Klasik -Isıcam SinerjiHeat Insulation Glasses
-Blend-Colour Float Glasses (Helio)
-Aura Reflekte -Overline Pyrolytic Coated
-Reflective Sun Control Glasses (Tentesol)
Sun Control Glasses
-TRC AcousticLameksNoise Control Glasses
Safety and
Security Glasses
Energy Glasses
Decorative Glasses
-Float Mirror -Float S Safety Glass
-Elite Glass –Ground Glasses
-Classical Ground Glasses-In-Glass Tile Cladding
Extra Clear Glasses
Processed Glasses
Glass Process
Product Portfolio
1
table of contents
-Energy Glasses
-Extra Cleaning Glasses
Heat and
Sun Control Glasses
-Heat and Sun Control (Solar Low-E) Coating Glasses
on Blend Coloured Float Glass -Isıcam Konfor
-Processed Glasses
-TRC Lameks and TRC Durucam
-Spider and Exterior Grim Glasses
–Residence Glasses –Railing Glasses
-Ladder and Stairs Glasses
-Glass Door
-Office Partition Glasses
-Balcony Coating Glasses
–Busstop Glasses -Racket Glases
-Shower Cabin
Glasses –Floor
Coating Glasses -Tu-
plazma Stand Glass.
–Cooling Industry
Glass. –Whiteware
Glass – Glass Furniture
and Stands

2. 2
everestmax

3. 3
clean float glass
• Özgür Cam performs float glass manufacturing in high quality and world-standard float technology.
• Float glass is manufactured through the method of floating glass metal on molten metal tin.
• Clean float glass has high light transmittance thanks to its transparency.
• Clean float glass, which is the key product for all glass applications, offers the following glass solutions in several
industries such as construction, automotive, whiteware, furniture, energy, agriculture etc. by applying secondary
processes ;
- insulation glass unit,
- laminated glass,
- tempered glass,
- partially tempered glass, Kalınlık ve Ebatlar:
- enamel print glass,
- curved glass,
- coated glass,
- painted glass
- mirror
Performance Table:
3 mm 90 8 8 8 84 5.8
4 mm 89 8 7 11 82 5.7
5 mm 89 8 7 80 5.7
6 mm 88 8 7 78 5.7
8 mm 87 8 7 75 5.6
10 mm 86 8 6 72 5.6
12 mm 85 8 6 69 5.5
15 mm 83 8 6
13
15
18
22
25
30 64
0.86
0.85
0.83
0.82
0.80
0.78
0.75
0.72
0.99
0.98
0.95
0.94
0.92
0.90
0.86
0.83 5.4
Daylight
(EN 410)
Solar Energy (EN 410)
Transmission
%
Exterior
Reflection
%
Cooling
%
Direct
Transmission
%
Total
Transmission
Shading
Coefficient
Heat
Transmission
Coefficient
(U Value)
2
W/m K
(EN 673)
* Dimension tolerances are ± 5 mm in all nominal dimensions.
3-6 3210 x 2000, 2100, 2250, 2400, 250 ± 0,2
3210 x 6000
8 and 10 10 x 2250, 255 ± 0,3
3210 x 6000
12 3210 x 2250, 255 ± 0,3
3210 x 6000
(mm)
Tolerances
of Thickness
(mm)
Standart Dimensions
(mm)
Standard
Thicknesses
Standard
Thicknesses
Exterior
Reflection
%

4. In case of use of single glass in window glasses, sunlight and sun
heat can be exploited but there is a considerable heat escape from
the building to outside in winter.
Increasing the thickness of the single glass does not contribute to
heat insulation.
• By using double glass instead of single glass, it will be possible to
provide energy saving by reducing the escape of the building heat
to outside from the glass and create a comfortable living
environment.
• Double glass is obtained by combining two glass plates in plant
conditions to involve dry air or some inert glasses among them.
Better heat insulation is provided through Isıcam Klasik units whose
both glasses consist of clean float glasses when compared to single
glass. However, the best heat insulation can be obtained by Isıcam
Sinerji and Isıcam Konfor units where Low-E or Solar Low-E is used.
* That glass and side materials are used in appropriate quality and
quantity,
* That manufacturing is always performed in appropriate conditions
and by using modern technologies is assured.
* Isıcam is guaranteed by Isıcam Authorized Manufacturer for 10
years
against defects arising from manufacturing.
* Not all Double Glasses are Isıcam.
* To make sure you are buying Isıcam; -Request the 10-year
warranty certificate of Isıcam Authorized Manufacturer,
-Check the “Isıcam” word on the intermediate gap strip and the
name of Isıcam Authorized Manufacturer.
-Check the Isıcam label on the glass.
-Check the hologram label on the intermediate gap strip in Isıcam
Sinerji and Isıcam Konfor.
4
heat insulation glasses
How can you differ Isıcam from other standard double glasses ?
coating
providing
heat control
Intermediate gap
interior
exterior
coating
providing
heat control
Intermediate gap
interior
exterior

5. Isıcam is an insulation glass unit which reduces heat escapes in
half when compared to single glass and formed by uniting two
or more plates together in plant conditions to involve dry air or
gases appropriate for ambient pressure among them.Interior
sealant (polyisobutylene)
Exterior sealant (Polysulfide, Polyurethane or Silicone) Isıcam
units can be formed with clean, blend-coloured, sun and heat
control coated or ground, laminated, tempered and enamel
glass panels.humectant within the intermediate gap molding
Isıcam units provide insulation by delaying heat transfer
between indoors and outdoors. Its insulation is less when
compared to Isıcam Klasik, Isıcam Konfor and Isıcam Sinerji.
New generation insulation glass Isıcam Sinerji reduces heat
loss 50% when compared to standard double glass thanks to
its heat control feature.
It reduces the energy you spend for heating and provides
saving from fuel expenses.
Heat control coated Isıcam Sinerji does not sacrifice from
light while exploiting sun light in the maximum rate.
It prevents windowfronts to be cold in winter.
If you prefer Isıcam Sinerji instead of standard double glass, the
additional expense you make will return to you in 1-2 years by
the energy saving you make.
5
heat insulation glasses
(clean float glass + clean float glass)
If you just heat your house;
If you both heat and cool your house;
Intermediate gap
9-16 mm
Interior sealant
(polyisobutylene)
Exterior sealant
(Polysulfide,
Polyurethane or Silicone)
humectant within
the intermediate
gap molding

6. 6
heat insulation glasses
New generation insulation glasses protect you and
your loved ones lifetime...
PRODUCT
DAYLIGHT (EN 410) SOLAR ENERGY (EN 410) 2
HEAT TRANSMISSION COEFFICIENT U VALUE W/m K (EN 673)
TRANSMISSION
EXTERIOR
REFLECTION
TOTAL
TRANSMISSIN
SHADING
COEFFICIENT dry air dry air
clean float glass + clean float glass
clean float glass
2
U = 2,4 W/ m K, the recommended value for new buildingsP
(heat transmission coefficient of Windows), in TS 825
Heat Insulation Rules Standard can be reached through Isıcam
*Ecotherm and Ecosol production is made by Trakya Cam, Isıcam Sinerji or Isıcam Konfor are produced by using Özgür Cam
Ecotherm and Ecosol. ısıcamsinerji' coating is in the inner surface of the exterior glass.

7. 7
heat insulation glasses
Its use with standard double glass instead of single glass in heat insulation decreases heat losses in half. However, Low-e
coating glasses were developed as a result of intense works done in glass technology in order to have more effective heat
insulation and thus energy saving with the glass.
With the use of these kinds of glasses, the escape of the warmth in indoors to outside is prevented and better insulation is
ensured.
*It is obtained through the application of a thin metal/metal oxide layer with off-line coating technology on the float glass
(electron scattering method in the vacuum environment).
*It is in the closest appearance of the clean float glass. It does not prevent daylight.
Low-E Coating Glass
*It reduces heat transmission from inside the building to the outside and keeps the entrance of sunlight into the building
high and makes saving from heating expenses.
*Prevents the formation of cold region in windowfronts.
*It reduces the entrance of UV lights into indoors and enables the things to protect their natural colour for longer.
*Delays the condensations in the glass surface.
nd rd
*Low-E should be used in the double glass structure and such that coated surface is inside (2 or 3 surface).
*Double glass units which are made with Low-E reduces heat losses 77% when compared to single glass, 50% when
compared to standard double glass, and makes saving from fuel expenses.
*Clean float glass within double glass structure can be used with sun control glasses, tempered or laminated glasses.
*Double glass units which are manufactured by using Low-E coated glasses in the facilities of Özgür Cam are put into
market with the brand Isıcam Sinerji®.
Daylight
(EN 410)
Double Glass Unit
4+4 79 12 25 25
6+6 77 12 23 30
4+4 79 12 25 25
6+6 77 11 22 30
12 mm
Intermediate Gap
Heat Transmission Coefficient
(U Değeri) W/m2
K (EN 673)
Solar Energy
(EN 410)
51 0.56 0.64 1.6 1.3 1.3 1.1
48 0.54 0.62 1.6 1.3 1.3 1.1
51 0.60 0.69 1.6 1.3 1.3 1.1
48 0.58 0.67 1.6 1.3 1.3 1.1
16 mm
GlassThickness
(mm)
4
3210 x 2500
3210 x 6000
6
3210 x 2500
3210 x 6000
Standart
Thickness
(mm)
(mm)
*Ebat toleransları, tüm anma ebatlarında ± 5 mm'dir.
Transmission
%
Exterior
Reflection
%
Cooling
Direct
Transmission
Total
Transmission
Shading
Coefficient
Exterior
Reflection
%
Intermediate Gap
Clean Float Glass
Low-E
Clean Float Glass
+
Low-E(#2) and (#3)
Performance Table:
Standard Dimensions*
nd
(#2) The 2 surface of coating.
rd
(#3) The 3 surface of coating.
Low-E coating
Provides high
light transmission
Reflects heat
into the room
Heat source

8. 8
ısıcam performance tables
(EN 410)
Isıcam Klasik
(Clean Float Glass)
+
(Clean Float Glass)
12 mm
(U ) W/mValue 2
K (EN 673)(EN 410)
16 mm
(mm)
4+4 80 14 12 19 69 0,75 0,86 2,9 2,7 2,7 2,6
6+6 78 14 12 26 62 0,71 0,82 2,8 2,7 2,7 2,6
(EN 410)
Isıcam Sinerji
12 mm
(U Value) W/m 2
K (EN 673)(EN 410)
16 mm
(mm)
Low-E +
(Clean Float Glass)
4+4 79 12 25 25 51 0,56 0,64 1,6 1,3 1,3 1,1
6+6 77 12 23 30 48 0,54 0,64 1,6 1,3 1,3 1,1
(EN 410)
Isıcam Konfor
12 mm
(U Value) W/m2
K (EN 673)(EN 410)
16 mm
(mm)
Solar Low-E
+
(Clean Float Glass)
4+4 71 10 28 32 40 0,44 0,51 1,6 1,3 1,3 1,1
6+6 69 10 25 38 37 0,43 0,49 1,6 1,3 1,3 1,1
* Daylight Transmission: Is the percentage of the light coming to the glass transmitting from
the glass.
* Daylight Reflection (Exterior): Is the percentage of the light coming to the glass reflected
back by the glass ma.
* Solar Energy Total Transmission: Is the percentage of total solar energy entering inside.
Less solar energy total transmission value means better sun control.
* Shading Coefficient: Is the comparison of solar energy total transmission 3mm clean float
glass. Less shading coefficient means better sun control.
* Heat Transmission Coefficient: Is the criterion of heat insulation in glasses. Less U value
means better heat insulation, less heating expense and more winter comfort.
Product
Argon
Argon
Intermediate Gap
Heat Transmission Coefficient
Intermediate GapGlassThickness
Daylight Solar Energy
Transmission
%
Exterior
Reflection
%
Exterior
Reflection
%
Cooling
Direct
Transmission
Total
Transmission
Shading
Coefficient
Air
Air
Product
Argon
Argon
Intermediate Gap
Heat Transmission Coefficient
Intermediate Gap
GlassThickness
Daylight Solar Energy
Transmission
%
Exterior
Reflection
%
Exterior
Reflection
%
Cooling
Direct
Transmission
Total
Transmission
Shading
Coefficient
Air
Air
Product
Argon
Argon
Intermediate Gap
Heat Transmission Coefficient
Intermediate Gap
GlassThickness
Daylight Solar Energy
Transmission
%
Exterior
Reflection
%
Exterior
Reflection
%
Cooling
Direct
Transmission
Total
Transmission
Shading
Coefficient
Air
Air

9. 9
sun control glasses
* Sun Control Glasses;
- It limits the entrance of sun heat into the building and check excessive brightness of
the sun and enables the formation of a comfortable working and living environment,
- It enables the reduction of the cooling energy consumption and thus cooling
expenses in environments where air-conditioner is used. Sun control glasses product
range of Özgür Cam consists of the following products:
- Helio: Blend-colour float glasses
- Aura Reflekta: Overline reflective sun control glass
- Tentesol: Overline pyrolitic coated reflective sun control glass
- Tentesol T: Overline pyrolitic coated reflective sun control glass
* Sun control glasses offer different options with colour, reflection, exploiting from
sunlight and sun control features. Sun control features of these products are
measured with solar energy total transmission value. This value is the percentage of
total solar energy coming on the glass entering inside. Less solar energy total
transmission value means better sun control.
Its measurable benefits which add value to the user;
*More efficient depletion of energy,
*Appropriate heat and more comfortable working conditions,
*Better appearance of building façade,
*Protection of indoors against the discolouration of furniture and furnishings,
*Better protection against glass breakage,
*Reducing ventilation costs,
*Reducing heat and glitter,
*Increasing comfort,
*Protecting view,

10. Product
Argon
Argon
Intermediate Gap
Heat Transmission Coefficient
Intermediate Gap
Daylight Solar Energy
Transmission
%
Exterior
Reflection
%
Cooling
Direct
Transmission
Total
Transmission
Shading
Coefficient
Air
Air
10
•It is obtained by adding pigmentary substances to the glass frit during float project.
•There are green, smoke, bronze and blue colours available.
•It is the key product for sun control.
•Trimming can be made.
•It can also be used as single glass.
• Insulation glass unit, laminated glass, tempered glass, partially tempered glass, enamel print glass, curved
glass and mirror can be manufactured by applying secondary processes to Helio.
There are thermal risks of breakage in all sun control glasses. Therefore, it is recommended to use Helio series
sun control glasses tempered or partially tempered
Areas of usage are mainly windows, parapets, wallfronts, roof lights and railings in curtain wall commercial
buildings and all buildings requiring sun control. It is also used in decoration as tables, stands, shelves, shower
cabins and partition glass
Undoubled Glasses - 4 mm
78 7 6 42
57 6 6 36
61 6 6 35
66 6 5 42
Undoubled Glasses - 6 mm
72 7 5 52
44 5 5 49
50 5 5 47
55 6 5 53
52 0.63 0.72 5.7
58 0.67 0.77 5.7
59 0.68 0.78 5.7
53 0.64 0.74 5.7
43 0.56 0.64 5.7
46 0.59 0.68 5.7
48 0.60 0.69 5.7
42 0.56 0.64 5.7
Low-E coating is in the 3rd surface.
Undoubled Glasses - 8 mm
68 7 5 58
35 5 5 57
41 5 5 56
Helio Yeflil
Helio Füme
rHelio B onz
Helio Mavi 48 5 5 61
Isıcam (6 mm TRC Helios 6 mm Float Glass)
Helio Yeflil 64 11 7 57
39 7 7 56
45 8 7 54
49 9 8 57
Isıcam ( )*(6 mm TRC Helio + 6 mm TRC Ecotherm Low-E coated glass
Helio Füme
Helio Bronz
Helio Mavi
Helio Yeflil 64 9 8 61
Helio Füme 39 6 12 61
Helio Bronz 44 7 12 59
Helio Mavi 49 8 9 62
37 0.52 0.60 5.6
38 0.53 0.61 5.6
39 0.53 0.61 5.6
34 0.50 0.57 5.6
36 0.46 0.53 2.8 2.7 2.7 2.6
37 0.48 0.55 2.8 2.7 2.7 2.6
39 0.49 0.56 2.8 2.7 2.7 2.6
35 0.45 0.52 2.8 2.7 2.7 2.6
31 0.39 0.45 1.6 1.3 1.3 1.1
27 0.37 0.43 1.6 1.3 1.3 1.1
29 0.38 0.44 1.6 1.3 1.3 1.1
29 0.37 0.43 1.6 1.3 1.3 1.1
(EN 410) (EN 410)
12 mm
(U Value) W/m 2
K (EN 673)
16 mm
Helio Yeflil
Helio Füme
rHelio B onz
Helio Mavi
Helio Yeflil
Helio Füme
rHelio B onz
Helio Mavi
Standard Thicknesses (mm)
Product Helio Yeşil Helio Füme Helio Bronz Helio Mavi
3-6, 8 ve 10 4-6, 8 ve 10 4 ve 6 4 ve 6, 8
Blend-Colour Float Glasses
Helio
sun control glasses
Exterior
Reflection
%

11. 11
Aura Reflekta
*It is obtained by applying a silver reflective coating by vapour coating (Laminar Vapor Coating -LVC) method on one
surface of the clean float glass in the float line.
*It creates mirror effect when looked from the strong part of the light due to its reflective feature. For example, it provides single
way view from inside to outside in day hours and from outside to inside at night. *Coated surface is used such that the surface is
inside (#2).
*It can be used as single glass. Soft detergents and soft cloths should be used for cleaning, and the use of abrasive and
corrosive substances should be avoided. Therefore, it is recommended to be used within the body of Isıcam.
*It can be used with clean float glasses or heat control coated (Low-E) glasses within the body of Isıcam insulation glass unit.
*It can become opaque by special polyester folios in parapet and façade coating applications. Folio manufacturer's
approval should be taken for the compatibility of folio opaque material with the coated surface.
*It can be made laminated. While making Aura Reflekta laminated, it is recommended to temper or partially temper all layers
of the laminated glass against thermal breakage risks. *It can be made enamel printed.
*There are thermal breakage risks in all sun control glasses, therefore it is recommended to use TRC Aura Reflekta sun control
glasses tempered or partially tempered.
Low-E coating is in the 3rd surface
2 34 44 31 24
2 34 43 28 29
2 31 44 30 36
2 30 44 38 39
Aura Reflekta
Isıcam (6 mm TRC Aura Reflekta + 6 mm Float Glass)
Aura Reflekta
Isıcam (6 mm TRC Aura Reflekta + 6 mm TRC Ecotherm Low-E Coated Glass)
Aura Reflekta
Undoubled Glasses - 6 mm
Aura Reflekta
Undoubled Glasses - 4 mm
45 0.51 0.59 5.8
43 0.51 0.59 5.7
34 0.42 0.48 2.8 2.7 2.7 2.6
23 0.30 0.34 1.6 1.3 1.3 1.1
12 mm
(U Value) W/m2
K (EN 673)
16 mm
(EN 410) (EN 410)
3150 x 2250
4 ve 6 3150 x 2500
3150 x 6000
(mm) (mm)
Product
Argon
Argon
Intermediate Gap
Heat Transmission Coefficient
Intermediate Gap
Daylight Solar Energy
Transmission
%
Exterior
Reflection
%
Exterior
Reflection
%
Cooling
Direct
Transmission
Total
Transmission
Shading
Coefficient
Air
Air
CoatedSurface
Performance Table:
Standart Thickness Standard Dimensions*
sun control glasses

12. 12
It is obtained by coating several metal oxides on clean or blend-colour glasses in the manufacturing process in float
line. Mechanical and chemical resistance of the coating is high. There are silver, green and blue colours available. It
creates mirror effect when looked from the side where light is strong due to its reflective feature. For example, it
provides single way view from inside to outside in day hours and from inside to outside at night. In curtain wall
buildings, it provides view integrity by hiding building elements such as columns, beams, parapet walls, suspended
nd
floors and installation gaps by means of its reflective feature. Coated surface can be used inside (2 surface) or
st
outside (1 surface). If coating is outside, reflection comes into prominence, if it is inside, colour comes into
prominence. When coating is used outside, contamination will be noticed more easily in reflective surfaces and
more frequent glass cleaning will be required based on air pollution and the amount of dust in the atmosphere.
Therefore, it is recommended to use coating inside. It can be used as single glass. Soft detergents and soft cloths
should be used for cleaning, and the use of abrasive and corrosive substances should be avoided on coated
surfaces. Therefore, it is recommended to be used within the body of Isıcam. It can be used with clean float glasses
or heat control coated (Low-E) glasses within the body of Isıcam insulation glass unit. Tempering, partial tempering
and curving can be made. Lamination can be made. While making Tentesol lamination, tempering or partial
tempering of all layers of the laminated glass will be required against thermal breakage risks. Enamel print can be
made. There are thermal breakage risks in all sun control glasses, therefore it is recommended to use Tentesol series
sun control glasses as tempered or partially tempered.
Standart Thicknesses(mm)
Product Tentesol Gümüş
6 4 ve 6
Tentesol Yeşil Tentesol Mavi
4 ve 6
(EN 410)
Tentesol
Silver
#1
12 mm
(U Value) W/m 2
K (EN 673)(EN 410)
34
16 mm
Performance Tables
Isıcam Insulation Glasses
Tentesol
Green
Tentesol
Blue
34 34 29 38 0,42 0,48 2,8 2,7 2,7 2,6
#2 3434 28 21 45 0,43 0,49 2,8 2,7 2,7 2,6
#1 1828 33 26 56 0,27 0,31 2,8 2,7 2,7 2,6
#2 1829 20 11 71 0,29 0,33 2,8 2,7 2,7 2,6
#1 1721 34 27 55 0,26 0,30 2,8 2,7 2,7 2,6
#2 1721 14 10 73 0,28 0,32 2,8 2,7 2,7 2,6
Overline pyrolitic coated reflective sun control glasses;
TRC Tentesol
sun control glasses
Thicknesses and Dimensions:
Product
Argon
Argon
Intermediate Gap
Heat Transmission Coefficient
Intermediate Gap
Daylight Solar Energy
Transmission
%
Exterior
Reflection
%
Exterior
Reflection
%
Cooling
Direct
Transmission
Total
Transmission
Shading
Coefficient
Air
Air
CoatedSurface

13. 13
Tentesol
Performance Tables
Low-E Combination Isıcam Insulation Glasses (Coating on the 3rd surface)
(EN 410)
Tentesol
Silver
#1
12 mm
(U Value) W/m 2
K (EN 673)(EN 410)
23
16 mm
Tentesol
Green
Tentesol
Blue
33 34 36 41 0,31 0,36 1,6 1,3 1,3 1,1
#2 2333 27 29 48 0,32 0,37
#1 1428 33 27 59 0,20 0,23
#2 1428 19 12 74 0,22 0,25
#1 1320 33 29 59 0,19 0,22
#2 1321 14 11 76 0,21 0,24
1,6 1,3 1,3 1,1
1,6 1,3 1,3 1,1
1,6 1,3 1,3 1,1
1,6 1,3 1,3 1,1
1,6 1,3 1,3 1,1
Performance Tables
Undoubled Glasses
Tentesol
Silver
#1 43
Tentesol
Green
Tentesol
Blue
38 33 27 30 0,51 0,59 5,7
#2 4338 26 19 38 0,53 0,61
#1 2232 33 25 53 0,36 0,51
#2 2232 19 10 68 0,40 0,46
#1 2123 33 27 52 0,35 0,40
#2 2123 14 10 69 0,40 0,46
5,7
5,7
5,7
5,7
5,7
* The above values are given for 6mm thick insulator glasses.
* "Daylight" and "Solar Energy" values were calculated in "TNO Science and Industry" - WIS3,01 package program by
using the spectral values which were measured in the laboratory environment in accordance with EN 410 standard.
* The U value, which is the heat transmission coefficient, was calculated by WIS3,01 program in accordance with EN673
standards. The emissivity values which are used in U value calculation were measured in the laboratory environment in
accordance with EN673 and EN12898.
* Heat breakage risk can occur due to factors such as exposure of glasses to sun radiations along their surfaces,
temperature differences between day and night, heat absorption coefficients of glasses or joinery types. Based on
these factors, the use of tempered or partially tempered glass can be required. There are no calculations regarding
heat breakage risks in this document. Please contact ÖZGÜRCAM for your questions in relation to this matter.
* This document is for information purposes only and the information it includes can be changed by ÖZGÜRCAM
without the need for any warning.
* Differences can occur between the values which are given in this document and the actual values based on the
conditions in the place of usage. ÖZGÜRCAM can in no circumstances held responsible for these differences.
sun control glasses
Product
Argon
Argon
Intermediate Gap
Heat Transmission CoefficientDaylight Solar Energy
Transmission
%
Exterior
Reflection
%
Cooling
Direct
Transmission
Total
Transmission
Shading
Coefficient
Air
Air
CoatedSurface
Exterior
Reflection
%
Intermediate Gap
Heat
Transmission
Coefficient
(EN 410) (EN 410)
Product
Daylight Solar Energy
Transmission
%
Exterior
Reflection
%
Cooling
Direct
Transmission
Total
Transmission
Shading
Coefficient
CoatedSurface
Exterior
Reflection
%
(U Value)
W/m2
K (EN 673)

14. 14
It is obtained by applying a thin, reflective and rough coating on blend-colour
glasses in the manufacturing process in the float line.
• The coating has high mechanical and chemical resistance.
• There are green and blue colours available.
• It has high daylight transmission.
nd
• It may be applied such that coated surface is inside the building (2 surface) or
st
outside (1 surface) the building.
• When it is used such that coating is outside, contamination will be more easily
noticed on reflective surfaces and more frequent glass cleaning may be
required based on air pollution and the amount of dust in the atmosphere.
Therefore, it is recommended to be used such that coating is inside.
• It may be used with clean float glasses or heat control coated (Low-E) glasses
within the body of Isıcam® insulation glass unit.
• Tempering, partial tempering and curving may be performed.
• It may be made laminated. While Tentesol T® lamination is being performed,
tempering or partial tempering of all layers of the laminated glass will be
required against thermal breakage risks.
• Enamel print may be performed.
• There are thermal breakage risks in all sun control glasses and therefore
• It is recommended to use Tentesol T® series sun control glasses as tempered or
partially tempered.
Tentesol T
Standart Thicknesses (mm)
Product Tentesol T Green
6
Tentesol T Blue
6
Thicknesses and Dimensions :
Areas of Usage;
Tentesol T may be mainly used in curtain wall non-house buildings and roof lights.
(EN 410)
Product
Tentesol T
Green
#1
12 mm
(U Value) W/m 2
K (EN 673)(EN 410)
27
16 mm
Tentesol T
Blue
46 35 25 48 0,35 0,40 2,8 2,7 2,7 2,6
#2 2846 25 13 59 0,37 0,43 2,8 2,7 2,7 2,6
#1 2635 35 26 48 0,34 0,39 2,8 2,7 2,7 2,6
#2 2735 17 61 0,36 0,41 2,8 2,7 2,7 2,612
Overline pyrolitic coated reflective sun control glasses;
sun control glasses
Performance Tables
Isıcam Insulation Glasses
CoatedSurface
Transmission
%
Exterior
Reflection
%
Exterior
Reflection
%
Cooling
Direct
Transmission
Total
Transmission
Shading
Coefficient
Daylight Solar Energy Heat Transmission Coefficient
Air
Air
Argon
Argon
Intermediate Gap Intermediate Gap

15. 15
Performance Tables
Low-E Combination Isıcam Insulation Glasses(Coating on 3rd surface)
Tentesol T
Green
#1 23
Tentesol T
Blue
45 34 26 51 0,29 0,33 1,6 1,3 1,3 1,1
#2 2345 24 14 63 0,30 0,34
#1 2134 34 27 52 0,28 0,32
#2 2134 17 66 0,29 0,3313
1,6 1,3 1,3 1,1
1,6 1,3 1,3 1,1
1,6 1,3 1,3 1,1
Performance Tables
Single Glasses
Tentesol T
Green
#1
(U Value) W/m
2
K (EN 673)
33
Tentesol T
Blue
51 33 24 43 0,44 0,51 5,7
#2 3351 23 12 55 0,47 0,24
#1 3239 33 24 43 0,43 0,49
#2 3239 16 11 57 0,47 0,54
5,7
5,7
5,7
* The above values are given for 6mm single glasses.
* ''Daylight '' and "Solar Energy" values were calculated in "TNO Science and Industry" - WIS3,01 package program by using
spectral data which is measured in the laboratory environment in accordance with EN 410 standard.
* U value, which is heat transmission coefficient was calculated by WIS3,01 program in accordance with EN673 standard.
The emissivity values which are used in U value calculation were measured in the laboratory environment in accordance
with EN673 and EN12898.
* Heat breakage risk can occur due to factors such as exposure of glasses to sun radiations along their surfaces,
temperature differences between day and night, heat absorption coefficients of glasses or joinery types. Based on these
factors, the use of tempered or partially tempered glass can be required. There are no calculations regarding heat
breakage risks in this document. Please contact ÖZGÜR CAM for your questions in relation to this matter.
* This document is for information purposes only and the information it includes can be changed by ÖZGÜR CAM without
the need for any warning.
* Differences can occur between the values which are given in this document and the actual values based on the
conditions in the place of usage. ÖZGÜRCAM can in no circumstances held responsible for these differences.
sun control glasses
(EN 410)
12 mm
(U Value) W/m 2
K (EN 673)(EN 410)
16 mm
Product
Argon
Argon
Intermediate Gap
Heat Transmission Coefficient
Daylight Solar Energy
Exterior
Reflection
%
Cooling
Direct
Transmission
Shading
Coefficient
Air
Air
Exterior
Reflection
% Intermediate Gap
CoatedSurface
Transmission
%
Total
Transmission
(EN 410) (EN 410)
Product
Daylight Solar Energy
Exterior
Reflection
%
Cooling
Direct
Transmission
Shading
Coefficient
Exterior
Reflection
%
CoatedSurface
Transmission
%
Total
Transmission
Heat
Transmission
Coefficient
TRC Tentesol T

16. 16
Ecosol is obtained by applying a thin metal/metaloxide layer on the float glass through out of line coating
technology (electron scattering method in vacuum environment).
It provides saving from fuel expenses in winter by reducing heat losses and from air-conditioning expenses in
summer by reducing the transmittance of the sun heat.
•It prevents windowfronts to be cold in winter and hot in summer.
•It provides the protection of natural colours of the wares for a longer time by reducing the entrance of UV lights into
indoors.
•It delays the condensations which occur in the glass surface.
nd
•Ecosol has to be used within the body of double glass and such that coated surface (2 surface) is inside.
•Tempering, partial tempering, lamination and enamel print processes should be performed before the coating
project.
•The double glass units which are manufactured by using Ecosol glass within Özgür Cam's own facilities are put on
the market with Isıcam Konfor brand.
HEAT AND SUN CONTROL COATING ON CLEAN FLOAT GLASS
• It does not sacrifice from transparency and natural daylight while providing heat and sun control.
• Double glass units made with Ecosol;
- It makes saving from fuel expenses by reducing heat losses 77% when compared to single glass, 50% when
compared to standard double glass,
- It makes saving from cooling expenses by reducing solar heat 40% when compared to standard double glass.
•Heat and sun control coating outside standard thicknesses and dimensions are made on tempered or partially
tempered special dimension clean float glasses in several thicknesses on project basis. Tempered or partially
tempered panel dimension is minimum 500 x 1000 mm.
(EN 410)
Double Glass
Unit
4+4 71 10 28 32
6+6 69 10 25 38
Ecosol(#2)+
Clean Float Glass
(EN 410)
12 mm 16 mm
40 0.44 0.51 1.6 1.3 1.3 1.1
37 0.43 0.49 1.6 13 1.3 1.1
(U Value) W/m 2
K (EN 673)
4 ve 6
3210 x 2500
3210 x 6000
Standard
Thicknesses
(mm)
(mm)
*Dimension tolerences are ± 5 mm in
all nominal dimensions.
heat and sun control glasses
Thicknesses and Dimensions:
Performance Table:
Standard Dimensions
GlassThicknessmm
Transmission
%
Exterior
Reflection
%
Exterior
Reflection
%
Cooling
Direct
Transmission
Total
Transmission
Shading
Coefficient
Daylight Solar Energy Heat Transmission Coefficient
Air
Air
Argon
ArgonIntermediate Gap Intermediate Gap
Air-conditioner
It provides high light
transmission
It reflects heat
back into
the room
Heat source
It reduces the
entrance of sun
heat inside
Solar Low-E coating

17. 17
heat and sun control glasses
Air-conditioner
It provides high light
transmission
It reflects heat
back into
the room
Heat source
It reduces the
entrance of sun
heat inside
Solar Low-E coating
To make sure you have bought Isıcam Konfor®;
Request the 10-year warranty certificate of Isıcam Authorized Manufacturer.
Check the words "Isıcam Konfor" with hologram in intermediate gap molding and the name of Isıcam® Authorized
Manufacturer. See the Isıcam Konfor® label on the glass.
It has the closest appearance of clean float glass.
It does not affect daylight.
It keeps warmness inside in winter and decreases heat losses 77% when compared to single glass, 50% when
compared to Isıcam Klasik®, makes savings from fuel expenses.
It decreases sun heat entering in summer 40% when compared to Isıcam Klasik® and makes savings from cooling
expenses.
In case Isıcam Konfor® is used instead of standard double glass, the additional expense made returns in 1-2 years
with the saving provided from air-conditioning investment cost and heating-cooling energy.
It decreases cold area phenomenon in winter and hot area phenomenon in summer in windowfronts.

18. Leave the noise outside with
Acoustic Lameks!
No traffic noise, no construction noise, no train noise and no plane noise...
A peaceful and comfortable life at every moment of the day with Noise Control Glasses
Acoustic Lameks which prevents the entrance of the noise outside into the place you live in!
18
Noise Control Glasses

19. 19
Performans Tablosu:
Özgür Cam's Noise Control Glass Acoustic Lameks are acoustic lamination glasses which are manufactured by the
combination of two glass plates with sound absorbing and binding polyvinyl butyral (PVB) under heat and pressure with
layer.
• Sound insulation performance increases when used within the body of Isıcam unit.
• It not only contributes to sound insulation but also has the safety feature of Lameks product.
For effective noise insulation, measures should be taken in the structure not only in the glass but also in separating elements
such as walls, roofs and joineries.
A: Refers to Trakya Cam TRC Lameks product which is manufactured with
Acoustic Connector.
The results of the tests performed on 1230 x 1480 mm glasses were evaluated
within the framework of TS 2381-1 EN ISO 717-1standard. Tests were made by TNO
Quality Services BV- Holland, the institution accepted and approved by the
European Union.
Product Code Thickness and Intermediate
Gap Information (mm)
Noise Insulation
Value Rw (dB)
Nominal Weight
2
(Kg/m )
Glass
^Acoustic
Connector
Glass
^Acoustic
Connector
^Acoustic
Connector
Glass
noise control glasses

20. 20
LAMINATED SAFETY AND SECURITY GLASS (LAMEKS)
• It is manufactured by combining two or more glass plates under heat and pressure by means of special binding polyvinyl
butyral (PVB) layers.
• It minimizes the risks originating from glass breakage by keeping the parts in their places in case of breakage.
• It is used for preventing the injuries which may occur due to accident as well as for protecting life and property against
external impacts.
• It prevents/delays entries based on the thickness of PVB and glass, size of external effect in attack and theft attempts made
with tools such as stones and sticks.
• It contributes to sound insulation.
• It prevents the transmittance of ultraviolet (UV) lights which are reason for the fading of the goods and cloths at 97% rate.
• It provides safety and security as well as insulation by being used in Isıcam units.
• Areas of usage; are showcases, roofs and ceiling glasses, windbreaks, railings, internal partition boards, museums, bank
branches, hospitals (particularly psychiatry clinics), passages with intense traff,c, schools, nurseries, police centres and military
institutions, sports complexes with intense activity.
• The resistance of Lameks against impacts and attacks depends on the thickness of glass plates and PVB intermediate layer as
well as the number of layers. One should check TS EN 12600 to determine the resistance to impact and TS EN 356 CE Marking
Documents to determine the resistance to attack.
Product
Thicknesses and Dimensions:
PVB (mm)Thicknesses
Glass (mm)Thicknesses
• Standard Lameks is manufactured with transparent or opaque PVB
film layer.
• Lameks can be manufactured to answer special demands with
PVB film layers and glasses in different colours and thicknesses.
• Glass is a fragile material and standard float glass has low
resistance to impacts. By increasing the thickness of glass, the
resistance of glass against impacts increases but the risks of injury
originating from glass breakage cannot be removed.
• Safety and security features are gained through the secondary
processes applied to the glass, while the injury risks which may incur
as a result of breakage are reduced; it contributes to the protection
of life and property against external impacts and attacks.
• The concept of safety in the glass includes removing the risks which
may incur as a result of the person's crashing the glass with several
reasons and the breakage of the glass. The glasses which are used in
the living quarters should be tempered or laminated in order to
prevent the injuries which may result from glass breakages.
• And the concept of security in the glass includes the protection of
life and property against external attacks. Glasses which will be used
for such purposes should be laminated glass.
• Tempered and Lameks should be used in the following, particularly
to prevent the injuries which may result from glass breakage;
- Glazings up to 80 cm from the ground,
- Glazings which continue uninterrupted from the ground to the
ceiling,
-Glass doors with joinery and the glazings inside the side joineries of
the glass doors,
-Overhead glazings.
3+3, 4+4, 5+5, 6+6
Transparent
0,38 - 0,76 0,38
4+4, 5+5
safety and security glasses
Opaque

21. 21
energy glasses
Maximum Solar Energy and maximum efficiency with
Light and Sun Control Glasses...

22. Being the product of unlimited thought, decorative glasses are offered to you
with all pattern and colour options to add beauty to your life.
Decorative glasses can be applied in interior and exterior decoration in all
kinds of constructions such as shower cabin glass, furniture glass. Transparent
option is offered in all patterns of decorative glasses. Besides, standard colours
are white, bronze and smoky. Based on the designer's request, special
patterns and colours can be used. They can be tempered, grinded, used in
perforation and surface process, double glazing.
Float Mirror
• It is a decorative material which illuminates, enlarges and enriches the
place with its reflective feature.
• Integrating with contemporary architecture, Float Mirror, with its quality,
brings aesthetic, light and relief to the area it is applied. When it is used with a
creative understanding, it adds totally new dimensions to narrow, unshaped
and dim places.
• Manufactured in Özgür Cam, Float Glass is converted into Float Mirror by
using the most advanced technology of the world. Float Glass becomes Float
Mirror by passing from the phases of washing, silver coating, copper coating
and double coat painting and drying as a result of full automatic
manufacturing in the mirror line.
• It adds depth and dimension to indoors in bathrooms, bedrooms, kitchens,
stores, sports and exhibition rooms, kindergartens.
• Float S mirrors should be used as security mirrors in the usage of overhead
mirrors, in applications of mirror up to 80 cm, in places with intense mobility and
crowd.
Float Mirror has clean, smoky, bronze, blue and green colour options
available
Product
Thicknesses and Dimensions:
Float Clean
Standard Thicknesses (mm) 3-4-5-6
Float S Security Mirror
The special material on the back surface of TRC Float S holds the parts in their
places and prevents their scattering and falling in case of breakage, and thus
minimizes the potential risks.
• Through this advantage, it can be safely used in many places with mirror use
risk and enables making freer designs.
The security mirror Float S Security Mirror should be used in the usage of
overhead mirrors, in applications of mirror up to 80 cm height from the ground
and in applications in places with mobility and crowd such as sports facilities,
dance and beauty rooms, discotheques, kindergartens, children's rooms,
schools, hotel lobbies, cinema and theatre lounges, shopping malls
22
decorative glasses

23. 22
decorative glasses
Elit Glass
•Elit Glass series is a special series of decorative ground glasses which offer new ideas to the designer and the
end user through its aesthetic appearance.
•Interior door glazings, kitchen-bathroom cabinet doors, shower cabin, desktop, shelf glass and office partitions
are among the areas of usage.
•It is also used in the balcony and stairs railings in social-industrial buildings.
Technical Features
- Thickness tolerences
Dimensions are valid for
4 mm thickness.
It is made 8mm
upon demand
Pattern Thickness (mm Dimensions *(cm) 2
Weight (kg/m )
Square
Net
Line
Pine branch

24. 24
Ground Glasses
• Ground Glasses are manufactured by draining glass metal between two rollers
one of which is patterned.
• It used for decorative purposes.
• It has a great number of patterns available.
• The depth and tissue of the patterns determine the light and image transmission
of the ground glass.
• It also gains safety glass feature through thermal process
(tempering).
Classical Ground Glasses
Classical Ground Glasses are used in interior door glazings, kitchen-bathroom
cabinet doors, bathrooms, shower cabins and shelves.
It is also applied in balcony glazings, balcony and stairs railings.
Thicknesses and Dimensions:
Classical Ground Glasses are manufactured in 4 mm thickness as a standard, in
max. 3210 x 2200 mm dimensions, 6 and 8 mm thicknesses upon demand.
Thickness tolerance is ± 0,5 mm for 4 mm. Dimension tolerances are ± 3 mm in all
nominal dimensions.
Mandalin MatEarth
decorative glasses
It is used for decorative purposes with several pattern and colour options which
can be applied in geometrical shapes between two glasses.
Carolage double glass gains a new dimension to the building architecture with
the aesthetic beauty it adds to indoors and outdoors appearance of the
buildings. Carolaje moldings, which are Interlocking or joined with stapler, can be
applied in different geometrical shapes.
It is also possible to apply several geometrical patterns through molding widths in
different dimensions such as 8mm, 18mm, 26mm, 45mm and decorative molding
options.
In-Glass Carolage

25. 25
Jalousie Glasses
Jalousie Isıcam Systems which are used in all living places are Isıcam intermediate sun breaking
curtain systems. Jalousie systems which can provide heat, sound control and security are
specially placed in Isıcam intermediate gap; and consist of micro strips which can be controlled
by manual, motor and automation technologies and other supplementary elements of the
system. It is argon gas filled to enhance the heat insulation.
Advantages;
-Up to 60% saving in heating and cooling expenses
-Excellent heat control in buildings with sun screening
-Adjustment in all qualified glasses,
-Excellent sound insulation
-Ease of use and product range
-Does not require cleaning, maintenance and repair
Double Glass Jalousie
Thanks to the jalousie between double glass; you can both have the advantages of double
glazing and get rid of the problems of dirt, failure and maintenance of the jalousie. The natural
style gained by the jalousie curtain's position between two glasses is combined with the
decorative feature of the remote control which does not come to the glass surface.
özgürcam
decorative glasses

26. 26
Everywhere but particularly in places difficult to be reached...
Less cleaning, more saving!
Natural Glass Appearance!
Other Advantages of Extra Clean Glass
extra clean glass
This Glass Cleans Itself!
Extra Clean Glass is manufactured with a special coating.
The surface of the glass gains photo catalytic (disintegration of dirts with UV lights) and
hydrophilic (adherence of water) features thanks to this coating.
Thus, glass has the self-cleaning feature with sun lights (UV lights) and rain water. Dirts adhered
to the surface of the glass are disintegrated when they meet UV lights and their connection
with the surface of the glass stops, then it is self cleaned when it rains or water is sprayed on the
surface of the glass.
It is ideal for windows, winter gardens, balcony glasses, glass facades, glass moldings and
areas difficult to be reached and Buildings with intense dirt and dust and where cleaning is not
easy. Its technical, mechanical and acoustic features are the same with Normal uncoated
float glass.
Since much less dirt will adhere to the surface of the glass,
Extra Clean Glass stays clean for longer and is much more easily cleaned when compared to
classical glasses. And as it does not require frequent cleaning, it makes saving from the
expenses made for cleaning, particularly from " time and labour". Being an ideal solution for
areas difficult to be cleaned such as glass roof and high façade glasses, Extra Clean Glass is
highly environment friendly because it provides less water and detergent use.
Extra Clean Glass is the self-cleaning glass with the most natural appearance. Life of coating is
as the life of glass because it is processes on the surface of the glass. It can also be applied in
sun control glasses when desired.
* Its self-cleaning feature starts even though there is no direct sun light as soon
as it is attached on the window.
* Its water impulsion feature is active at nights too and it prevents the rain drops stay on a large
part of the glass.
* Thanks to its photo catalytic feature which disintegrates dirts, cleaning is much easier by
means of water.
* As it stays clean for a long time and cleans itself, it will be sufficient to spray water by hose or
use a soft cloth and glass wiper cleaning substances for persistent strains.

27. 27
processed glasses
Glass is a product which has served human life in several forms for centuries. Besides the value it adds to external appearance, it
is indispensable with its structure which meets several functional usages in different areas... It is an indispensable part of many
tools that we use sometimes in the external façade of a skyscraper, sometimes in a showcase, sometimes in our houses or a
window which provides our contact with outdoors... Or a table etc...
Glass is an indispensable intermediate product of industry and key material in the existence of Özgür Cam...
Everything is for offering better service and more
permanent works...
YOU JUST IMAGINE AND LET US MAKE IT FROM GLASS

28. 28
processed glasses
Glass Cutting
Manufacturing process starts with the entry of the glass into Özgür facilities.
Machines are programmed through the referral of the production planning
department.
The glasses to be cut are placed by performing optimization through minimum fire
to jumbo or machine dimension plates based on their sizes.
Cam İşleme
Rodaj, açılı rodaj, düz kanal makinalarını ve CNC tezgâhlarını da alarak
sektördeki büyük bir açığı kapatmıştır. Böylece şekilli ve hassas ölçülerde
imalât yapabilmektedir. Yaratıcı ve kusursuz hizmetten ödün vermeyen
çalışanlarımızla cam sektöründe adımıza yakışır kalite ve estetikle ürünler
sunmak, müşteri gereksinimleri ile beklentilerinin karşılanması ve aşılmasını
sağlamak, hizmette kalite, doğruluk ve istikrar sağlamak, müşteri için
gerçek ekonomik üstünlükleri olan ürünler üretmek.

29. 29
Running-in
Glass is a very sharp metal. The edges of the glass should be absolutely passed to safe position from this dangerous position.
Glasses are passed through the process called RUNNING-IN as an edge grinding process based on their thicknesses. Glass is
used in many areas in our lives. There can be no other safer storage boxes than glass in terms of health. Glass tables, glass
stands, cups, vases, glass shower cabins, glass shelves are products which have constant contact with our hands. All of these
products should be made RUNNING-IN in order to avoid cutting our hands.
How is glass running-in made?
Glass running-in is made by corroding by means of circular diamond plated stones which are produced for every thickness and
high-speed motors. The glass will be immediately broken if there is no water during this process. It is not possible to corrode the
glass without water. Edge sharpness is removed by means of diamond along with water. 4-5-6-8-10-12-15-19mm glasses are
standard glass thicknesses and non-standard up to 19-60 mm glass thicknesses can be applied in running-in machines. Should
running-in applied in every glass manufactured? No. There is no such usage obligation. However, while it is used in the large
facades of glass, even if the parts inside the joinery are not visible, running-in can prevent cracks in the future. Further running-in
is not possible in very large and heavy glasses. For example: Running in cannot be made after 4000mm x3200mm for 6+6
laminated showcase glass. This is firstly because of the weight of the glass. And the second reason is its dimension. These glasses
cannot be loaded in running-in machines. However, sandpapering can be performed by hand if required. Or to give small
examples; the reason why a part with 100mm x 80mm dimension is because the machine pallets cannot hold the glass.
Running-ins can be in several forms. These processes can be made through c running in which is called herringbone, i running-in
which is called flat running-in or several grinding ways; and the benefits of running-in are too numerous to be counted. Glasses
are also passed through tempering process in order to avoid their explosion in the furnace before being tempered.
Automobile glasses are also subjected to running-in process while being manufactured. If they were assembled on the
automobile before running-in, the automobile's glasses would crack after a few km's. Running-in machines are quite expensive
and investment requiring systems. Cnc running-in machines are known to be the most expensive ones and glass processing
costs are also high in parallel to this. They offer products through the best quality and least error. Glasses without running-in are
almost scarcely any. Unless being obliged to (for the manufacturer), the glasses without running-in should not be delivered to
the customer. And the buyer should take this into consideration well and especially request running-in.
processed glasses

30. 30
özgüryapý
Perforation
Glasses in the process can be applied perforation process at every diameter.
Perforated glasses become ready for print following the washing process.
processed glasses

31. 31
Print Painting
All kinds of glass materials designed for the whiteware that is
used by us every day are manufactured fast with high
technology with Özgür Cam assurance.
In Özgür Cam facilities, prints can be made in every colour
and pattern in order to increase the visual beauty or
functional elements of the glass. After preparing film and silk
templates, the pattern desired is applied on the glass by
special paints.
processed glasses

32. 32
Tempered Glass
Tempering process includes heating and cooling phases to gain
compression stress to the external surfaces of the glass on the
horizontal line, and a tensile stress in the middle of the glass.
Tempered glass is 10 times more durable than unprocessed
glass; and it is more suitable for use as a safety glass because it
reduces injury risks by dividing into dice-sized pieces when it is
broken. No cutting, perforation, edge and surface process can
be made on glasses after tempering process. Besides full
tempered glasses, partially tempered glasses are also durable
against external forces and thermal stresses. The resistance of
partially tempered glasses is half the tempered glasses. Partial
tempering is performed in the same furnaces and in the same
temperature degrees. The only difference in this process is that
cooling is made relatively slower. Glasses which are cooled
more slowly have less surface front stress, thus lower
spontaneous breakage risk. Full tempered glasses are preferred
particularly in curtain walls because partially tempered glasses
divide into pieces at the time of breakage, because glasses can
stay in the joinery gap and because spontaneous breakage risks
are low.
The thicknesses and dimensions of the glasses which are
planned to be used in curtain walls should be selected carefully.
On the other hand, their wind loads are both variable and
dynamic. Therefore, persons who are responsible for the
determination of glass thickness or dimension should also take
these factors into consideration. Özgür Yapı A.Ş. offers you,
valuable customers, FASON TEMPERONG service whose
dimensions vary between max. 2150 x 3660 and min. 100 x 220
mm with its new generation tempering furnace which can make
cylindrical curved tempering which is flat and does not require
mould. As Özgür Yapı A.Ş., we believe that tempering
particularly home furniture and showcase glasses and door
glasses have vital importance.
processed glasses

33. 33
Tempered Glass Features
Glass divides into small mass dice-sized pieces in case of breakage. Glass boards which are cut in compliance with their size
and passed through edge process are heated up to a degree near the softening point and quickly cooled and glass surfaces
gain 10.000 psi compression front stress. Tempered glasses, which gain surface front stress at certain levels through special
thermal processes, are 4-5 times more resistant against compression, impact and thermal breakage risks when compared to
normal glasses. (Thermal breakage is a risk which occurs in sun control boards whose some parts receive sun heat while other
parts remain in the shade.) Tempering process increases the strength and resistance of the glass against thermal stresses at the
same time.
Thermal processes do not change the volume, chemical structure, colour and clarity of the products. Clean float,
blend-coloured float, Aura series, laminated glasses (before lamination) and coated glasses can be thermal processed. No
cutting, perforation, edge and surface process can be made on the glass boards after thermal process.
Distortions which occur thereby remaining within “tempering signs” and “flatness” which can be only noticed in
some perspectives and light conditions and “directedness” tolerances are the unavoidable and unpreventable results of
thermal process. The signs which are minimized through a sensitive heat regime during tempering process are not qualified
as defects in themselves.
Main Areas of usage; Façade glasses, glass balcony units, glass railings and glass doors, shower cabins and partitions, glass
furniture, city furniture, fridges and furnace glasses, sun collector glasses
How do you Temper a Glass?
- Tempered glass is 4 times more steady than ordinary glasses.
And glasses which are tempered different from ordinary glasses
are divided into small pieces which relatively do not harm
human beings. Thus, these glasses are used when life safety of
human beings is in question. The areas of usage are mainly front
and side glasses of vehicles, glasses of entrance doors, shower
and bathroom panels, microwave and electrical ovens.
- To prepare for tempering process, the glass should be first cut
in the required length. Then the glass will be checked for
defective production to avoid breakage and explosion during
tempering process and then referred to washing process.
- After this phase, the glass will be passed through the thermal
process in the tempering furnace. The glass of the furnace will
be heated nearly up to 600 degrees (celsius). Then, high
pressure cooling process will be applied in the phase called
extinguishment.
- In this phase which lasts a few seconds, high-pressure air is
sprayed on the glass surface from several angles. The external
surface of the glass cools faster when compared to internal
parts in the extinguishment process.
- When the middle part starts to cool, it shows a tendency of
separation, rupture from the external surface. As a result, there is
an internal stress in the internal part and the external part has
compression.
- And the durability of the tempered glass is provided by this
compression process. The glass which is under stress is 5 times
more easily broken when compared to compressed glass.
- Tempering process is also made through chemical ways.
Chemical substances change the ions on the surface of the
glass and provide compression. However, this method is not
commonly used because it is too expensive.
processed glasses

34. 34
Sandblasting Process
In our company, sandblasting and shaping processes are made on
glasses. Glasses at every size can be sandblasted. We are one of the rate
organizations which produce signboards and logos through sandblasting
technique. Non-sun and non-water resistant folio adherence technique is mostly
applied in this application but our company has featured customer satisfaction by
prioritizing quality in this field. Besides the organizations which operate in the field of
advertisement, we receive orders from personal ones, too.
What is Sandblasting?
Sandblasting is the cleaning or roughening process of the particles which are sand
or grit as the raw material of roughening by high air pressure by crashing these
particles to the surface. It varies based on the materials and pressure to be applied.
Sand and grit type materials which are used in sandblasting process should be
quartz and they should not contain iron, salt and clay in them. Moreover, the
abrasive materials which are used in sandblasting cannot be used again in
another process. This is because all dirt on the sandblasted material will mix into the
abrasive during sandblasting and disrupt all characteristics of it. The sandblasting
process which will be made through these kinds of materials will result in harm
rather than benefit.
The most important fact which should be remembered in sandblasting process is
that it does not allow non-quality labour and material use in order to reduce the
costs. This is because low cost applications will later cause greater harms for our
customers.
processed glasses

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YOU
JUST IMAGINE AND
LET US MAKE IT
FROM GLASS
glass process product portfolio

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spider and curtain wall glasses
6+12+6 mm reflective tempered silicone filled double glazing with running-in
is used in structural silicone glass facades; and 6+12+6 mm reflective tempered thiokol
filled double glazing is used in facades with classic covers. By applying enamel paint
and tempering processes on glasses, painted glasses can also be used as coating
flasses in facades with their rich RAL colours. Façade glasses which are used in
transparent façade systems and perforated from four sides can be manufactured as
single glasses or laminated double glasses. Our company continues to provide service
in customer satisfaction through quality product, affordable price and timely product
delivery in façade applications.

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RELIABLE
NAME OF THE
SECTOR
In order to provide heat insulation and thus energy saving in the most effective manner, the heat
control glasses Isıcam Sinerji and Isıcam Konfor enable residence sector make different combinations of
double-glazing based on the glass sizes required and upon demand

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Glass railing models which provide a decorative appearance in areas such as balconies, terraces and stairs where they
are used consist of aluminium connectors and glasses which are attached to each other with feet. Generally, laminated
glass is used and it can be made with running-in, tempered, perforated and in different colour options upon demand.

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ladder and stairs glasses
glass doors
Glass doors which are usually used in the intermediary entrances of workplaces bring
elegance and aesthetic together and appeals to the eye. Opening and closing can be
adjusted by equipping with radars in desired angles and it can be designed according to
architectural positions.
Glass stairs which form the base of glass ladders have elegance, aesthetic
and luminescence and they give more modern view to places as well as
being designs which can be used for long years with their safety and
durability. It is used as laminated glass in three different thicknesses and by
using different colour options, moreover stairs glasses with non-sliding
feature can also be manufactured by applying special processes upon
demand.

40. özgürcam
ofis ara bölme camları
balkon kaplama camları
Cam balkon kapatma sistemlerinde kullanılan tüm camlar temperli cam olup darbe dayanımı
maksimuma çıkartılmış ve dolayısıyla kırılma riski en düşük seviyeye indirgenmiştir. Sistemde
kullanılan camlarda istenildiği taktirde renkli cam alternatiflerimiz mevcuttur. Cam balkon
kapatma sistemleri geniş renk seçeneği ve ürün yelpazesi ile kullanıcılara her türlü ortamı
kapama olanakları sağlar. Balkon kapamalarında 8 mm kalınlığında delikli, temperli şeffaf veya
renkli camlar kullanılmaktadır.
Geniş kullanım alanlarında, şeffaflığı kaybetmeden,
ayrılması gereken bölümler için kullanılan cam bölme
sistemleri; dikmeler arasında tutucular veya çeşitli
aparatlar kullanılarak yerleştirilen camlar ile
sağlanmaktadır. Ayrıca estetik görünümleri ön plana
çıkaran dekoratif camlı uygulamalar da tercih
edilebilmektedir. Bölümler arasında şeffaflık
istenmeyen mekanlarda, renkli lamine cam, desenli
cam, işlemeli cam veya kumlu camlar kullanılarak
estetiği kaybetmeden cam bölme tasarımları
uygulanabilmektedir.

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bus-stop glasses
racket glasses
6 mm serigraphy paint print tempered glasses are used.
bus-stop glasses
6 - 8 and 10 mm serigraphy paint print tempered and laminated glasses are used.

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It can 4 mm perforated, serigraphy paint print, float and curved tempered transparent
or coloured glasses are used.
Shower Cabin

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everestmax
It can be used in 8mm tempered transparent or coloured glasses as well as laminated glasses. It can be
also used as 3-glass from time to time.

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glass furniture and stand
The beauty and effectiveness that glass adds to decoration is whole another thing. The glass which has transparent and
liquid appearance is processed and made modern by being decorated and beautifies the decoration of our houses.
The glass which we will be adding to the decoration has all kinds of designs available. This is because glass has an
important place in home decoration. Miracles can be done when the beauty of glass unites modern style designs..
One of the glass design things with a different place in home decoration is undoubtedly the essential glass stands. Glass
stands, which are designed with different styles of designs through different models and options, are one of the
household goods quite in demand. Glass stands, among which a new design is added every day, are manufactured for
every style and it seems that they will continue to add beauty to our homes through designs one more elegant and
modern than the other.

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everestmax
Fridge glasses and ice-cream box glasses which are used in markets, shopping malls, hotels and retail industry
Cooling Industry Glasses
Whiteware Glasses
6 or 8 mm counter-bored, serigraph paint print, tempered glasses
4 mm perforated, serigraph paint print, tempered, float, smoky, reflective, low-e and extra-clear glasses

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our plant
glass is meeting with technology
In our plant;
We provide service by following all technological innovations for
the most quality production, best service and timely delivery.
Özgür Cam Production Lines
Float & Curved Tempered Glass Production Line Isıcam Production Line
Enamel Painted Serigraphy Glass Production Line Serigraphy Glass Production Line
Glass Processing Production Line
Full Automatic Float Glass and Laminated Cutting Lines
CNC Glass Processing Line, Running-in-Perforation-Print Painting-Sanding-

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our plant

48. Trakya Cam Sanayii A.Ş.
TEK METAL
Yorsan Cam Merkezi Park Dış Tic. A.Ş. Nedex Kimya San. ve Tic. A.Ş.
Tek Metal Profil San. Ve Tic. Ltd. Şti
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