Automotive Window Film
ฟิล์มกรองแสง
Glasia Diamond
Glasia Hypers
Glasia Max
Glasia Star
Glasia Neo
Glasia Plus
Glasia Max
SERIES
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This is the newest of the nano ceramic window film with international standard from USA. The film is more advance as it is featured with MULTI NANO CERAMIC Generation III innovation that added extra ceramic layers 10 times more than other normal ceramic film. This resulted in such beautifully dark film texture that offers more interior privacy with clear driving vision and compatibility with all digital signal transponders. Most importantly, the film also provides protection against sunlight, UV rays, and infrared at the maximum level. Users can be assured of the durability and long period of international standard warranty.
 
Model Solar Energy Rejection Visible Light Transmission UV Rejected Visible Light Reflection Infrared Rejected
CERAMIC MAX 35 43 30 99 9 42
CERAMIC MAX 15 50 10 99 9 41
CERAMIC MAX 05 54 4 99 9 42
CERAMIC MAX 35
Solar Energy Rejection 43
Visible Light Transmission 30
UV Rejected 99
Visible Light Reflection 9
Infrared Rejected 42
CERAMIC MAX 15
Solar Energy Rejection 50
Visible Light Transmission 10
UV Rejected 99
Visible Light Reflection 9
Infrared Rejected 41
CERAMIC MAX 05
Solar Energy Rejection 54
Visible Light Transmission 4
UV Rejected 99
Visible Light Reflection 9
Infrared Rejected 42
Model % Total Solar Energy Rejected % Visible Light % UV Rejected % Visible Light Reflectance % Infrared Rejected
Ceramic MAX 05
Ceramic MAX 05 54% 4% 99% 9% 42%
Ceramic MAX 15
Ceramic MAX 15 50% 10% 99% 9% 41%
Ceramic MAX 35
Ceramic MAX 35 43% 30% 99% 9% 42%
Ceramic MAX 05
Ceramic MAX 05
% Total Solar Energy Rejected 54%
% Visible Light 4%
% UV Rejected 99%
% Visible Light Reflectance 9%
% Infrared Rejected 42%
Ceramic MAX 15
Ceramic MAX 15
% Total Solar Energy Rejected 50%
% Visible Light 10%
% UV Rejected 99%
% Visible Light Reflectance 9%
% Infrared Rejected 41%
Ceramic MAX 35
Ceramic MAX 35
% Total Solar Energy Rejected 43%
% Visible Light 30%
% UV Rejected 99%
% Visible Light Reflectance 9%
% Infrared Rejected 42%