15-Optima Range.pdf - Asahimas Flat Glass Tbk, PT.

OPTIMA RANGE
INSULATING GLASS UNIT
OPTIMA RANGE
A VISION OF YOUR
FUTURE NEEDS
PT Asahimas Flat Glass Tbk, the renowned producer of flat glass and part of the world's
largest glassmaking group, AGC Flat Glass (Asahi Glass), introduce Optima ranges - an
insulating glaze unit standard reference of Asahimas's coated glass. Asahimas provide
many ranges of pyrolytic coated glass such as Stopsol, Sunergy, and Planibel G, each
is renowned for quality, performance, and pleasing aesthetic. This products have
maintain its long presence in the world wide market. Thanks to the right combination of
solar and thermal performances, Asahimas coated glass has made it possible
to combine creativity, aesthetics, and facade technology, while addressing
today's environmental constraints.
It is now time we brought you even more! The OPTIMA range.

Optima is a standard Insulating Glaze Unit (Double Glazing Unit) reference which
combined Stopsol, Sunergy, and Planibel G benefits to provide you the best
performance with a simple selection.
This aligned with Asahimas's focus which are to provide you with the best products
possible, totally understanding your present needs and anticipating your future ones…
Optima range selection
IGU Standard Product Reference
Inner Panel
Outer Panel
Indoflot Clear Planibel G Low E
Stopsol
Sunergy
Optima
Optima
Optima +
Optima +
• Stopsol - Pyrolytic Reflective Glass with Solar Control, available in 7 Colors - 2 Families
(Supersilver & Classic)
• Sunergy - Neutral Pyrolytic coated glass with Solar Control and Good Thermal Insulation,
available in 4 Colors
• Planibel G - Pyrolytic Low E Glass with Superb Thermal Insulation
• Indoflot Clear - Asahimas's Clear Float Glass, available in thicknesses from 2mm - 19mm
STOPSOL OPTIMA
STOPSOL
Superb solar heat reflective glass to improve coziness
Our reflective glass, Stopsol, has an excellent quality and long lasting performance to turn your office
or resident into the most comfortable place. It is reflecting light and heat, thus give coziness to your
place. You will find your life more enjoyable.
STOPSOL OPTIMA RANGE
For many years now, Stopsol has been the leading choice of architects and builders for façades and
roofs requiring solar control solutions. It lasting reflections, perfect uniformity, and particularly hard
coating in terms of resistance to scratches and pollution have all helped build stopsol's global reputation.
Processors prefer its pyrolitic coating because it is easy to toughen, bend, laminate, and double glazing.
An insulating glaze unit Stopsol Optima and Optima + will not only enhance stopsol's solar
control performance but also give good thermal insulation, especially with Stopsol Optima +
which has a low U Value.
Stopsol Optima and Optima + are available in 7 Colors and 2 families (Supersilver and Classic),
there is a Stopsol for every taste.
Performance data - Stopsol Optima & Stopsol Optima +
Technical Characteristic Stopsol Optima
Type of Glass
Supersilver Clear
Supersilver Green
Supersilver Blue Green
Supersilver Dark Blue
Supersilver Euro Grey
Classic Green
Classic Dark Blue
6mm Stopsol #2 + A12 (Air) + 6mm Clear
Transmittance
(%)
ISO 9050
53
28
27
26
28
19
17
Energy Characteristic
Reflectance
(%)
ISO 9050
27
15
13
13
11
11
10
Absorption
(%)
ISO 9050
20
57
60
61
61
70
73
UV Trans.
(%)
EN 410
28
9
9
13
8
4
6
Light Characteristic
Transmittance
(%)
EN 410
58
47
41
37
27
28
22
Reflect Out
(%)
EN 410
37
27
21
19
12
20
14
Solar
Factor
(%)
ISO 9050
59
37
35
35
37
28
27
Shading
Coeficient
ISO 9050
0.68
0.43
0.40
0.40
0.43
0.32
0.31
U
Value
W/m 2 k
EN 673
2.8
2.8
2.8
2.8
2.8
2.8
2.8
Technical Characteristic Stopsol Optima +
Type of Glass
Supersilver Clear
Supersilver Green
Supersilver Blue Green
Supersilver Dark Blue
Supersilver Euro Grey
Classic Green
Classic Dark Blue
6mm Stopsol #2 + A12 (Air) + 6mm Planibel G #3
Transmittance
(%)
ISO 9050
46
25
23
22
24
16
14
Energy Characteristic
Reflectance
(%)
ISO 9050
29
15
14
13
11
12
10
Absorption
(%)
ISO 9050
25
60
63
65
65
72
76
UV Trans.
(%)
EN 410
22
7
7
10
6
3
5
Light Characteristic
Transmittance
(%)
EN 410
53
44
37
34
25
26
20
Reflect Out
(%)
EN 410
39
28
22
19
12
21
15
Solar
Factor
(%)
ISO 9050
56
33
31
31
33
24
23
Shading
Coeficient
ISO 9050
0.64
0.38
0.36
0.36
0.38
0.28
0.26
U
Value
W/m 2 k
EN 673
1.9
1.9
1.9
1.9
1.9
1.9
1.9

SUNERGY OPTIMA
SUNERGY
Solar control low-e glass
Sunergy is a low reflecting glass , prized for its superb appearance and visual comfort. The
range excels in thermal -insulation and solar control properties.
SUNERGY OPTIMA RANGE
Sunergy is the answer to the most advanced architectural requirements. With its low reflection
and high neutrality, Sunergy dovetails perfectly with today's aesthetic trends. Its ease of
processing has made it a worldwide favourite for complex building projects, such as those
involving curved, toughened, double-skin, single-glazed and silk screen painted glasses.
Sunergy offers good solar protection and enhanced thermal insulation.
An Insulating Glaze Unit of Sunergy Optima will further enhanced the solar control and
thermal insulation - its offer improvement of the shading coefficient and has a low
U Value (Optima + ). Sunergy Optima and Optima + are available in Clear, Green, Blue Green,
and Euro Grey.
Performance data - Sunergy Optima & Sunergy Optima +
Technical Characteristic Sunergy Optima
Type of Glass
Sunergy Clear
Sunergy Green
Sunergy Blue Green
Sunergy Euro Grey
6mm Sunergy #2 + A12 (Air) + 6mm Clear
Transmittance
(%)
ISO 9050
45
26
25
25
Energy Characteristic
Reflectance
(%)
ISO 9050
12
7
7
7
Absorption
(%)
ISO 9050
43
67
68
68
UV Trans.
(%)
EN 410
29
10
11
10
Light Characteristic
Transmittance
(%)
EN 410
61
50
43
30
Reflectance
(%)
EN 410
12
10
8
6
Solar
Factor
(%)
ISO 9050
Technical Characteristic Sunergy Optima +
6mm Sunergy #2 + A12 (Air) + 6mm Planibel G #3
Type of Glass
Sunergy Clear
Sunergy Green
Sunergy Blue Green
Sunergy Euro Grey
Transmittance
(%)
ISO 9050
41
24
22
23
Energy Characteristic
Reflectance
(%)
ISO 9050
13
8
7
7
Absorption
(%)
ISO 9050
46
68
71
70
UV Trans.
(%)
EN 410
23
8
9
8
Light Characteristic
Transmittance
(%)
EN 410
56
46
39
28
Reflect Out
(%)
EN 410
14
11
9
7
52
34
32
33
Solar
Factor
(%)
ISO 9050
50
32
30
31
Shading
Coeficient
ISO 9050
0.60
0.39
0.37
0.38
Shading
Coeficient
ISO 9050
0.57
0.37
0.34
0.36
U
Value
W/m 2 k
EN 673
2.2
2.2
2.2
2.2
U
Value
W/m 2 k
EN 673
1.8
1.8
1.8
1.8

SC
0.40 - 0.35
0.30 - 0.35
Here is the simple quick reference to find your Optima range
Tone
Green
Dark Blue
Blue Green
Euro Grey
Green
Dark Blue
Stopsol
Sunergy
Optima Optima + Optima Optima +
SS8/A12/6
SS6/A12/6
SS6/A12/6
SS8/A12/6
SS8/A12/6
SC6/A12/6
SC6/A12/6
SS8/A12/6
SS6/A12/6
SS6/A12/6
SS6/A12/6
SS6/A12/6
SS8/A12/6
SN6/A12/6
SN6/A12/6
SN6/A12/6
SN8/A12/6
SN6/A12/6
SN6/A12/6
SN8/A12/6
**U Value of Optima Range
Stopsol
U Value
Optima Optima +
Air
Argon
2.80
2.70
1.90
1.60
Sunergy
Optima Optima +
2.10 - 2.20
1.90
1.80
1.50
Note:
• U Value would provided contribution of 10% - 15% in Overall Thermal Transfer Value
(OTTV) Calculation
• Main Contributor of OTTV (70% - 85%) is Shading Coefficient Value
Blue Green
SS8/A12/6
SN8/A12/6
SN6/A12/6
0.25 - 0.30
Euro Grey
Green
Dark Blue
SC8/A12/6
SC8/A12/6
SS8/A12/6
SC6/A12/6
SC8/A12/6
SS8/A12/6
SC6/A12/6
SN8/A12/6
*SC (Stopsol Supersilver)
*SC (Stopsol Classic)
*SN (Sunergy)
**Optima : FL as inner panel
**Optima + : Planibel G Low E as inner panel
Blue Green
Euro Grey
SC8/A12/6
SS8/A12/6
SN8/A12/6
SN8/A12/6
Example:
• Optima SS8/A12/6 = Stopsol Supersilver Clear 8mm + 12 mm Air Space + 6mm Indoflot Clear
• Optima+ SS8/A12/6 = Stopsol Supersilver Clear 8mm + 12 mm Air Space + 6mm Planibel G Low E
Optima Range Technical Characteristics
Type of Glass Transmittance
(%)
ISO 9050
Supersilver Clear 51
Supersilver Green 24
Supersilver Blue Green 21
Supersilver Dark Blue 21
Supersilver Euro Grey 22
Classic Green
15
Classic Dark Blue 13
8mm Stopsol #2 + A12 (Air) + 6mm Clear
Energy Characteristic
Reflectance
(%)
ISO 9050
26
13
11
11
8
10
8
Absorption
(%)
ISO 9050
23
63
68
68
70
75
79
UV Trans.
(%)
EN 410
26
6
7
10
5
3
5
Light Characteristic
Transmittance
(%)
EN 410
57
44
36
32
21
26
19
Reflect Out
(%)
EN 410
37
24
18
15
9
18
12
Solar
Factor
(%)
ISO 9050
58
32
31
30
32
25
24
Shading
Coeficient
ISO 9050
0.67
0.37
0.36
0.34
0.37
0.29
0.28
U
Value
W/m 2 k
EN 673
2.8
2.8
2.8
2.8
2.8
2.8
2.8
Type of Glass Transmittance
(%)
ISO 9050
Supersilver Clear 41
Supersilver Green 19
Supersilver Blue Green 17
Supersilver Dark Blue 16
Supersilver Euro Grey 17
Classic Green
12
Classic Dark Blue 12
8mm Stopsol #2 + A12 (Air) + 6mm Planibel G #3
Energy Characteristic
Reflectance
(%)
ISO 9050
28
13
11
11
9
10
9
Absorption
(%)
ISO 9050
31
68
72
73
74
78
79
UV Trans.
(%)
EN 410
20
5
5
7
4
2
4
Light Characteristic
Transmittance
(%)
EN 410
52
40
33
29
19
24
18
Reflect Out
(%)
EN 410
38
25
18
16
9
18
12
Solar
Factor
(%)
ISO 9050
53
27
26
25
27
21
20
Shading
Coeficient
ISO 9050
0.61
0.31
0.30
0.29
0.31
0.24
0.23
U
Value
W/m 2 k
EN 673
1.9
1.9
1.9
1.9
1.9
1.9
1.9
Optima Range
Type of Glass Transmittance
(%)
ISO 9050
Supersilver Clear 51
Supersilver Green 23
Supersilver Blue Green 21
Supersilver Dark Blue 20
Supersilver Euro Grey 22
Classic Green
15
Classic Dark Blue 13
Type of Glass Transmittance
(%)
ISO 9050
Sunergy Clear 44
Sunergy Green 23
Sunergy Blue Green 20
Sunergy Euro Grey 20
8mm Stopsol #2 + A12 (Argon) + 6mm Clear
Energy Characteristic
Reflectance
(%)
ISO 9050
25
12
10
10
8
9
8
Absorption
(%)
ISO 9050
24
65
69
70
70
76
79
UV Trans.
(%)
EN 410
26
6
7
10
5
3
5
Light Characteristic
Transmittance
(%)
EN 410
57
44
36
32
21
26
19
Reflect Out
(%)
EN 410
37
24
18
15
9
18
12
8mm Sunergy #2 + A12 (Air) + 6mm Clear
Energy Characteristic
Reflectance
(%)
ISO 9050
11
6
6
6
Absorption
(%)
ISO 9050
45
71
74
74
UV Trans.
(%)
EN 410
27
7
8
7
Light Characteristic
Transmittance
(%)
EN 410
60
46
38
23
Reflect Out
(%)
EN 410
12
9
8
6
Solar
Factor
(%)
ISO 9050
58
32
30
29
32
25
23
Solar
Factor
(%)
ISO 9050
51
30
28
27
Shading
Coeficient
ISO 9050
0.67
0.37
0.34
0.33
0.37
0.29
0.26
Shading
Coeficient
ISO 9050
0.59
0.34
0.32
0.32
U
Value
W/m 2 k
EN 673
2.7
2.7
2.7
2.7
2.7
2.7
2.7
U
Value
W/m 2 k
EN 673
2.1
2.1
2.1
2.1
8mm Stopsol #2 + A12 (Argon) + 6mm Planibel G #3
Type of Glass Transmittance
(%)
ISO 9050
Supersilver Clear 41
Supersilver Green 19
Supersilver Blue Green 17
Supersilver Dark Blue 16
Supersilver Euro Grey 17
Classic Green
12
Classic Dark Blue 12
8mm Sunergy #2 + A12 (Air) + 6mm Planibel G #3
Type of Glass Transmittance
(%)
ISO 9050
Sunergy Clear 37
Sunergy Green 19
Sunergy Blue Green 17
Sunergy Euro Grey 16
Energy Characteristic
Reflectance
(%)
ISO 9050
28
13
11
11
9
10
9
Energy Characteristic
Reflectance
(%)
ISO 9050
13
7
6
7
Absorption
(%)
ISO 9050
31
68
72
73
74
78
79
Absorption
(%)
ISO 9050
50
74
77
77
UV Trans.
(%)
EN 410
20
5
5
7
4
2
4
UV Trans.
(%)
EN 410
20
5
6
6
Light Characteristic
Transmittance
(%)
EN 410
52
40
33
29
19
24
18
Light Characteristic
Transmittance
(%)
EN 410
55
42
35
21
Reflect Out
(%)
EN 410
38
25
18
16
9
18
12
Reflect Out
(%)
EN 410
14
10
8
6
Solar
Factor
(%)
ISO 9050
53
27
26
25
27
21
20
Solar
Factor
(%)
ISO 9050
46
27
25
25
Shading
Coeficient
ISO 9050
0.61
0.31
0.30
0.29
0.31
0.24
0.23
Shading
Coeficient
ISO 9050
0.53
0.31
0.29
0.29
U
Value
W/m 2 k
EN 673
1.6
1.6
1.6
1.6
1.6
1.6
1.6
U
Value
W/m 2 k
EN 673
1.8
1.8
1.8
1.8
Optima + Range
Type of Glass Transmittance
(%)
ISO 9050
Sunergy Clear 41
Sunergy Green 21
Sunergy Blue Green 19
Sunergy Euro Grey 19
8mm Sunergy #2 + A12 (Argon) + 6mm Clear
Energy Characteristic
Reflectance
(%)
ISO 9050
12
6
6
6
Absorption
(%)
ISO 9050
47
73
75
75
UV Trans.
(%)
EN 410
27
7
8
7
Light Characteristic
Transmittance
(%)
EN 410
60
46
38
23
Reflect Out
(%)
EN 410
12
9
8
6
Solar
Factor
(%)
ISO 9050
49
28
26
26
Shading
Coeficient
ISO 9050
0.56
0.32
0.30
0.30
U
Value
W/m 2 k
EN 673
1.9
1.9
1.9
1.9
8mm Sunergy #2 + A12 (Argon) + 6mm Planibel G #3
Type of Glass Transmittance
(%)
ISO 9050
Sunergy Clear 37
Sunergy Green 19
Sunergy Blue Green 17
Sunergy Euro Grey 16
Energy Characteristic
Reflectance
(%)
ISO 9050
13
7
6
7
Absorption
(%)
ISO 9050
50
74
77
77
UV Trans.
(%)
EN 410
20
5
6
6
Light Characteristic
Transmittance
(%)
EN 410
55
42
35
21
Reflect Out
(%)
EN 410
14
10
8
6
Solar
Factor
(%)
ISO 9050
46
27
24
25
Shading
Coeficient
ISO 9050
0.53
0.31
0.29
0.29
U
Value
W/m 2 k
EN 673
1.5
1.5
1.5
1.5
Remarks
• The data are calculated using spectral measurements that are conform to standards EN 410 (1998), ISO 9050, WIS/WINDAT, Illuminant A observer 20 CIE 1931.
• Energy properties according to ISO / DIS 9050, NFRC 100-2001 and/or EN 410.
• U value (formerly k-value) is calculated according to standard ISO EN 673 and/or NFRC 100-2001 conditions.
• Ultra Violet Transmittance according ISO/DIS 9050 table 4, DIN 67507 clause 6 table 4, pr-EN 410 table 3 (280nm-380nm).
• This document is no evaluation of the risk of glass breakage due to thermal stress. For tempered glass the risk of spontaneous breakage due to Nickel-Sulfide is not covered by PT Asahimas Flat Glass Tbk. The Heat Soak Test
is available on request.
• Specifications, technical and other data are based on information available at the time of preparation of this document and are subject to change without notice. PT Asahimas Flat Glass Tbk ca not be held responsible for any
deviation between the data introduced and the the conditions on site.
Contact us to view the optima samples:
PT Asahimas Flat Glass Tbk.
Jakarta Factory
Jl. Ancol IX/5 Ancol Barat, Jakarta 14430, Indonesia;
Phone (021) 6904041 (8lines)
Fax (021) 6900470, 6918709
www.amfg.co.id
e-mail : amgjkt-smarketing@amfg.co.id
Sidoarjo Factory
Desa Tanjung Sari, Kec.Taman, Kab.Sidoarjo, Jawa Timur 61257, Indonesia;
Phone (031) 7882383-84, 7882901-03
Fax (031) 7882149