Solar Tinted Film




The installation of the Lamina LLumar Films smart building film provides the resistance of the heat by almost 80%, save energy and prevent UV more than 99%, accepted and trusted by over ten thousand architects around the world including United Nations Building, the Rockefeller Foundation, the United States Army, Tom Brac Airport Lay International, Henry Ford Museum, Yale University, University of Texas, FBI, Ministry of Defense, England, Bank of Detroit, JFK Building, Edison Plaza Building , Exxon Headquarters Building, The World of Coca Cola, IBM, Holiday Inn LA Hotel, Disneyland Hotel, Hilton Hotel, JC Penni Department Store, Electricity Generating Authority of Thailand, Health Institute Queen Sirikit National Children, Mahidol University Office, Chemical Engineering Building, King Mongkut's University of Technology Thonburi, KFC, TAC, Cement Thai Home mart, Isuzu Showroom, Honda Showroom, Suan Rim Khlong Village, Chiang Mai International Airport, Thammasat University- Tha Prachan, 7-Eleven, Department of Land Development, National Center for Genetic and Biotechnology Engineering, etc.
Test standards and approaches
The installation of the Lamina LLumar Films smart building film provides the resistance of the heat by almost 80%, save energy and prevent UV more than 99%, accepted and trusted by over ten thousand architects around the world including United Nations Building, the Rockefeller Foundation, the United States Army, Tom Brac Airport Lay International, Henry Ford Museum, Yale University, University of Texas, FBI, Ministry of Defense, England, Bank of Detroit, JFK Building, Edison Plaza Building , Exxon Headquarters Building, The World of Coca Cola, IBM, Holiday Inn LA Hotel, Disneyland Hotel, Hilton Hotel, JC Penni Department Store, Electricity Generating Authority of Thailand, Health Institute Queen Sirikit National Children, Mahidol University Office, Chemical Engineering Building, King Mongkut's University of Technology Thonburi, KFC, TAC, Cement Thai Home mart, Isuzu Showroom, Honda Showroom, Suan Rim Khlong Village, Chiang Mai International Airport, Thammasat University- Tha Prachan, 7-Eleven, Department of Land Development, National Center for Genetic and Biotechnology Engineering, etc. In addition, Lamina LLumar has the widest range of specialty films including Tinted, Reflective, Low E, Sputtered, Solar / Safety and more over 70 models for specific applications.
9 reasons why Lamina's building films "Lamina LLumar"
is the No.1 most popular quality film.
- Provide sun and heat protection
- Protect up to 99% of ultraviolet rays (UV), the cause of freckles, pellicles, and one of the significant causes of skin cancer
- Provide safety, diminish the danger caused by the fragmentation of windshield fragments. Lamina Lamar building film is made from premium polyester and special glue together helps to hold the pieces in one sheet.
- Reduce glare, gives a comfortable feeling and reduce eye strain
- Create privacy without obscuring the visibility outside the building as well as comfortable for the residents in the building.
- Reduce the air conditioner power consuming inside the house and the area, save electricity and preserve air condition working condition.
- Promote the appearance to the buildings, provide the scenery beauty
- Slow the fading of materials, appliances, and furniture inside the building.
- Coated with scratch-resistant crystal, special transparent crystal, easy care, good appearance, and durable
Source
1. International Window Film Association Fiat Glass Educatin Guide
2. AIMCAL Energy Managerment Program Window Films Training Guide
3. Lamina Films Manufacturer
4. Techno-Sell (Frey) Co.,Ltd.
ที่สุดของฟิล์มเซรามิค สวย สบายตา
เพื่อความภูมิใจที่แตกต่าง
ที่สุดแห่งความภูมิใจ สู่ฟิล์มกรองแสงเซรามิครุ่นพิเศษ กันร้อนสูง ถนอมสุขภาพดวงตา เพื่อบ้านและคอนโดระดับเอ็กคลูซีฟ อีกหนึ่งนวัตกรรมฟิล์มซีรีย์ใหม่ล่าสุดมาตรฐาน USA ผลิตจากเนื้อฟิล์มคุณภาพสูงซูเปอร์พรีเมี่ยม ให้สีสันที่สวยแตกต่าง นุ่มนวลสบายตา ปกป้องถนอมดวงตา จากแสงแดด แสงจ้า และรังสียูวี A/B ได้ดีเยี่ยม กันร้อนสูง ไม่รบกวนสัญญาณดิจิทัลทุกชนิด
LAMINA PRIDE 30SRPS |
ค่าแสงสว่างส่องผ่าน |
29 |
การสะท้อนแสง |
10 |
การลดรังสี UV |
> 99 |
ค่าลดความร้อน |
55 |
ค่าสัมประสิทธิ์การบังแดดของฟิล์ม |
0.45 |
LAMINA PRIDE 30SRPS |
ค่าแสงสว่างส่องผ่าน |
29 |
การสะท้อนแสง |
10 |
การลดรังสี UV |
> 99 |
ค่าลดความร้อน |
55 |
ค่าสัมประสิทธิ์การบังแดดของฟิล์ม |
0.45 |
LAMINA PRIDE 30SRPS
|
|
|
|
|
Model |
Tone |
% Total Solar Energy Rejection |
% Visible Light Transmitted |
% UV reduction |
% Visible Light Rejection |
TOP70BLSRHPR |
Light blue |
49 |
69 |
99 |
8 |
TOP45NXSRPS |
Neutral sky |
49 |
44 |
99 |
11 |
TOP35BKSRPS |
Light sky |
51 |
34 |
99 |
10 |
TOP20CSRPS |
Deep clound |
48 |
21 |
99 |
8 |
TOP20RBGSRPS |
Neutral green |
56 |
20 |
99 |
8 |
TOP05BKSRPS |
Deep earth |
60 |
10 |
99 |
8 |
TOP05NSRPS |
Neutral earth |
70 |
12 |
99 |
32 |
TOP70BLSRHPR |
Tone |
Light blue |
% Total Solar Energy Rejection |
49 |
% Visible Light Transmitted |
69 |
% UV reduction |
99 |
% Visible Light Rejection |
8 |
TOP45NXSRPS |
Tone |
Neutral sky |
% Total Solar Energy Rejection |
49 |
% Visible Light Transmitted |
44 |
% UV reduction |
99 |
% Visible Light Rejection |
11 |
TOP35BKSRPS |
Tone |
Light sky |
% Total Solar Energy Rejection |
51 |
% Visible Light Transmitted |
34 |
% UV reduction |
99 |
% Visible Light Rejection |
10 |
TOP20CSRPS |
Tone |
Deep clound |
% Total Solar Energy Rejection |
48 |
% Visible Light Transmitted |
21 |
% UV reduction |
99 |
% Visible Light Rejection |
8 |
TOP20RBGSRPS |
Tone |
Neutral green |
% Total Solar Energy Rejection |
56 |
% Visible Light Transmitted |
20 |
% UV reduction |
99 |
% Visible Light Rejection |
8 |
TOP05BKSRPS |
Tone |
Deep earth |
% Total Solar Energy Rejection |
60 |
% Visible Light Transmitted |
10 |
% UV reduction |
99 |
% Visible Light Rejection |
8 |
TOP05NSRPS |
Tone |
Neutral earth |
% Total Solar Energy Rejection |
70 |
% Visible Light Transmitted |
12 |
% UV reduction |
99 |
% Visible Light Rejection |
32 |
TOP70BLSRHPR
Light blue
|
|
TOP45NXSRPS
Neutral sky
|
|
TOP35BKSRPS
Light sky
|
|
TOP20CSRPS
Deep clound
|
|
TOP20RBGSRPS
Neutral green
|
|
TOP05BKSRPS
Deep earth
|
|
TOP05NSRPS
Neutral earth
|
|
|
ฟิล์มดีไซน์หรู เพื่อชีวิตมีสไตล์
สวัสดีชีวิตมีดีไซน์ 24 ชั่วโมงตั้งแต่เช้าจรดค่ำ กับฟิล์มลามิน่ารุ่นใหม่ที่จะช่วยสร้างแรงบันดาลใจเสริมจินตนาการของคุณให้โลดแล่น ทั้งชีวิตงานและพักผ่อนได้อย่างอิสระเต็มที่ เพียงคุณมองผ่านมุมมองจากฟิล์ม Lux Series ด้วยเนื้อฟิล์มที่สวยเป็นพิเศษ ผลิตจากนวัตกรรม USA จนได้ฟิล์มที่หรูหรา สีสันสวยงาม แปลกตา สะท้อนความร้อนและรังสียูวี A/B สูงสุด เหมาะสำหรับบ้าน คอนโด และอาคารสำนักงานยุคใหม่ เพื่อเสริมแรงบันดาลให้ชีวิตมีดีไซน์ไร้ขีดจำกัด
รุ่น |
% ค่าแสงส่องผ่าน |
% การสะท้อนแสง |
% การลดความร้อนจากแสงแดด |
% การลดรังสี UV |
LUX50SISRPS |
59% |
18% |
43% |
99% |
LUX35NSRPS |
33% |
21% |
55% |
99% |
LUX20NSRPS |
27% |
23% |
59% |
99% |
LUX20NXSRPS |
22% |
8% |
55% |
99% |
LUX05CSRPS |
10% |
8% |
59% |
99% |
LUX05RLSRPS |
6% |
6% |
60% |
99% |
LUX50SISRPS |
% ค่าแสงส่องผ่าน |
59% |
% การสะท้อนแสง |
18% |
% การลดความร้อนจากแสงแดด |
43% |
% การลดรังสี UV |
99% |
LUX35NSRPS |
% ค่าแสงส่องผ่าน |
33% |
% การสะท้อนแสง |
21% |
% การลดความร้อนจากแสงแดด |
55% |
% การลดรังสี UV |
99% |
LUX20NSRPS |
% ค่าแสงส่องผ่าน |
27% |
% การสะท้อนแสง |
23% |
% การลดความร้อนจากแสงแดด |
59% |
% การลดรังสี UV |
99% |
LUX20NXSRPS |
% ค่าแสงส่องผ่าน |
22% |
% การสะท้อนแสง |
8% |
% การลดความร้อนจากแสงแดด |
55% |
% การลดรังสี UV |
99% |
LUX05CSRPS |
% ค่าแสงส่องผ่าน |
10% |
% การสะท้อนแสง |
8% |
% การลดความร้อนจากแสงแดด |
59% |
% การลดรังสี UV |
99% |
LUX05RLSRPS |
% ค่าแสงส่องผ่าน |
6% |
% การสะท้อนแสง |
6% |
% การลดความร้อนจากแสงแดด |
60% |
% การลดรังสี UV |
99% |
LUX50SISRPS
|
|
LUX35NSRPS
|
|
LUX20NSRPS
|
|
LUX20NXSRPS
|
|
|
|
|
|
|
|
LUX05CSRPS
|
|
LUX05RLSRPS
|
|
|
Model |
Tone |
% Total Solar Energy Rejection |
% Visible Light Transmitted |
% UV reduction |
Shading coefficient of film |
% Visible Light Rejection |
Solar energy transmission cost |
XR20SISRCD/PS |
Dark silver |
79 |
15 |
99 |
0.24 |
60 |
12 |
XR15GOSRPS |
Gold |
78 |
15 |
99 |
0.25 |
50 |
12 |
XR15BSRCD/PS |
Bronze |
76 |
8 |
99 |
0.28 |
18 |
9 |
XR15GSRCD/PS |
Dark gray |
74 |
7 |
99 |
0.29 |
13 |
9 |
XR15GNSRPS |
Dark green |
73 |
16 |
99 |
0.31 |
32 |
14 |
XR15BLSRPS |
Dark Blue |
72 |
12 |
99 |
0.33 |
18 |
18 |
XR35SISRCD/PS |
Silver |
68 |
28 |
99 |
0.36 |
44 |
22 |
XR20SISRCD/PS |
Tone |
Dark silver |
% Total Solar Energy Rejection |
79 |
% Visible Light Transmitted |
15 |
% UV reduction |
99 |
% Shading coefficient of film |
0.24 |
% Visible Light Rejection |
60 |
% Solar energy transmission cost |
12 |
XR15GOSRPS |
Tone |
Gold |
% Total Solar Energy Rejection |
78 |
% Visible Light Transmitted |
15 |
% UV reduction |
99 |
% Shading coefficient of film |
0.25 |
% Visible Light Rejection |
50 |
% Solar energy transmission cost |
12 |
XR15BSRCD/PS |
Tone |
Bronze |
% Total Solar Energy Rejection |
76 |
% Visible Light Transmitted |
8 |
% UV reduction |
99 |
% Shading coefficient of film |
0.28 |
% Visible Light Rejection |
18 |
% Solar energy transmission cost |
9 |
XR15GSRCD/PS |
Tone |
Dark gray |
% Total Solar Energy Rejection |
74 |
% Visible Light Transmitted |
7 |
% UV reduction |
99 |
% Shading coefficient of film |
0.29 |
% Visible Light Rejection |
13 |
% Solar energy transmission cost |
9 |
XR15GNSRPS |
Tone |
Dark green |
% Total Solar Energy Rejection |
73 |
% Visible Light Transmitted |
16 |
% UV reduction |
99 |
% Shading coefficient of film |
0.31 |
% Visible Light Rejection |
32 |
% Solar energy transmission cost |
14 |
XR15BLSRPS |
Tone |
Dark Blue |
% Total Solar Energy Rejection |
72 |
% Visible Light Transmitted |
12 |
% UV reduction |
99 |
% Shading coefficient of film |
0.33 |
% Visible Light Rejection |
18 |
% Solar energy transmission cost |
18 |
XR35SISRCD/PS |
Tone |
Silver |
% Total Solar Energy Rejection |
68 |
% Visible Light Transmitted |
28 |
% UV reduction |
99 |
% Shading coefficient of film |
0.36 |
% Visible Light Rejection |
44 |
% Solar energy transmission cost |
22 |
XR20SISRCD/PS
Dark silver
|
|
XR15GOSRPS
Gold
|
|
XR15BSRCD/PS
Bronze
|
|
XR15GSRCD/PS
Dark gray
|
|
|
|
|
|
|
|
XR15GNSRPS
Dark green
|
|
XR15BLSRPS
Dark Blue
|
|
XR35SISRCD/PS
Silver
|
|
|
จองนัดหมายเพื่อติดตั้ง โทร. 02-422-2345
Model |
Tone |
% Total Solar Energy Rejection |
% Visible Light Transmitted |
% UV reduction |
Shading coefficient of film |
% Visible Light Rejection |
Solar energy transmission cost |
XP35BSRCD |
Bronze |
63 |
37 |
99 |
0.43 |
25 |
28 |
XAN20NSRPS |
Smoke |
60 |
22 |
99 |
0.46 |
25 |
27 |
XR50SISRPS |
Crystal Blue |
54 |
47 |
99 |
0.53 |
27 |
37 |
XD30GNSRPS |
Green |
54 |
30 |
99 |
0.53 |
15 |
32 |
XAP35NSRPS |
Smoke |
52 |
35 |
99 |
0.55 |
19 |
35 |
XAP60GNSRPS |
Crystal Green |
44 |
57 |
99 |
0.64 |
14 |
48 |
XAP50NSRPS |
Smoke |
44 |
48 |
99 |
0.64 |
13 |
48 |
XP35BSRCD |
Tone |
Bronze |
% Total Solar Energy Rejection |
63 |
% Visible Light Transmitted |
37 |
% UV reduction |
99 |
% Shading coefficient of film |
0.43 |
% Visible Light Rejection |
25 |
% Solar energy transmission cost |
28 |
XAN20NSRPS |
Tone |
Smoke |
% Total Solar Energy Rejection |
60 |
% Visible Light Transmitted |
22 |
% UV reduction |
99 |
% Shading coefficient of film |
0.46 |
% Visible Light Rejection |
25 |
% Solar energy transmission cost |
27 |
XR50SISRPS |
Tone |
Crystal Blue |
% Total Solar Energy Rejection |
54 |
% Visible Light Transmitted |
47 |
% UV reduction |
99 |
% Shading coefficient of film |
0.53 |
% Visible Light Rejection |
27 |
% Solar energy transmission cost |
37 |
XD30GNSRPS |
Tone |
Green |
% Total Solar Energy Rejection |
54 |
% Visible Light Transmitted |
30 |
% UV reduction |
99 |
% Shading coefficient of film |
0.53 |
% Visible Light Rejection |
15 |
% Solar energy transmission cost |
32 |
XAP35NSRPS |
Tone |
Smoke |
% Total Solar Energy Rejection |
52 |
% Visible Light Transmitted |
35 |
% UV reduction |
99 |
% Shading coefficient of film |
0.55 |
% Visible Light Rejection |
19 |
% Solar energy transmission cost |
35 |
XAP60GNSRPS |
Tone |
Crystal Green |
% Total Solar Energy Rejection |
44 |
% Visible Light Transmitted |
57 |
% UV reduction |
99 |
% Shading coefficient of film |
0.64 |
% Visible Light Rejection |
14 |
% Solar energy transmission cost |
48 |
XAP50NSRPS |
Tone |
Smoke |
% Total Solar Energy Rejection |
44 |
% Visible Light Transmitted |
48 |
% UV reduction |
99 |
% Shading coefficient of film |
0.64 |
% Visible Light Rejection |
13 |
% Solar energy transmission cost |
48 |
XP35BSRCD
Bronze
|
|
XAN20NSRPS
Smoke
|
|
XR50SISRPS
Crystal Blue
|
|
XD30GNSRPS
Green
|
|
|
|
|
|
|
|
XAP35NSRPS
Smoke
|
|
XAP60GNSRPS
Crystal Green
|
|
XAP50NSRPS
Smoke
|
|
|
จองนัดหมายเพื่อติดตั้ง โทร. 02-422-2345
Components of the Lamina LLumar building film
- Special adhesive layer (Mounting Adhesive) with the properties of special adhesive layer secures polyester and in the molecular level together with the windshield to help prevent danger from windshield splitting (Shattering).
- Top grade polyester film (1st layer), metal coating and UV absorbance (Metallized Polyester Layer containing UV Absorbent) comes with the properties to reduce heat by almost 80%, prevent ultra-violet (UV) radiation for more than 99%
- Laminating Adhesive Features, a layer of adhesive bonds polyester film layer 1 and layer 2 together.
- Excellent quality polyester film layer (2nd layer) comes with the properties to help increase heat reduction efficiency, toughness, and durability.
- Scratch-resistant layer, ultra-translucent crystal type, the copyright only the factory produces Scratch Resistant Coating. The feature prevents the film to be scratched to maintain the functionality and beauty for a long time.
- All models of Lamina LLumar are made from premium polyester coated with heat-absorbing particles, UV Absorbent and special glue to hold the windshield molecules, The safety film provides excellent protection against shattering, shading coefficient as low as 0.24 and various performance specifications are tested in accordance with standards, AIMCAL approaches (Association of Industrial Metallizers Coaters and Laminators) and ASHRAE to become the only building film provider in Thailand certified ISO 9001.
The idea of solar energy. Solar energy consists of 3 types of radiation: 53% infrared (IR) radiation, 3% ultraviolet radiation, and 44% light. Heat generated by sunlight, by infrared radiation and combined light infrared radiation is only a part of the sun. They are invisible with the naked eye but the heat is present. In general, excellent quality films, such as Lamina LLumar, could prevent more than 90% of the infrared radiation. The heat reduction test (which has a % of reduction in infrared radiation combined with a % reduction in heat) should be measured from direct sunlight to get the correct results. The measurement of the heat from the spotlight and the different heat source has completely different components as in the following table.
Radiation type |
sunlight |
spotlight |
ultraviolet radiation (100 - 400 nm) |
3% |
Very less |
infrared ray (700 - 2400 nm) |
53% |
80 - 90 % |
illumination (380 - 780 nm) |
47% |
10 - 20 % |
ultraviolet radiation (100 - 400 nm) |
sunlight |
3 % |
spotlight |
Very less |
infrared ray (700 - 2400 nm) |
sunlight |
53 % |
spotlight |
80 - 90 % |
illumination (380 - 780 nm) |
sunlight |
47 % |
spotlight |
10 - 20 % |
Therefore, testing tinted film at the reduction of heat from the spotlight or the light from the infrared ray tube will give higher value from sunlight as the light from the spotlight, including infrared rays, has a higher amount of infrared radiation in the sunlight, which the tinted film would reduce the amount of infrared radiation. The following graph that shows the % value of thermal cut to be the most accurate heat reduction percentage.
Summary of the approaches to consider the value of % reduction of heat before selecting or purchasing tinted film are
1. The % reduction in heat from the overall light must be defined, not just infrared radiation or values measured from spotlights.
2. Heat reduction % value must be the standard test by ASHRAE and AIMCAL.