Pilkington Profilit™ T Color Design Décor is a channel glass coated with ceramic coating, available in 6 colors.
Unique effects are possible to achieve by combination of the color with one of the six available patterns, which is then applied to the glass.
The channel glass decorated with original pattern, from small and delicate irregular lines up to proportionally enlarged plant motifs or industrial structures, can highlight the style and preferences of users.
Glass is designed both for internal and external applications.
Pilkington Profilit™ T Color Design Décor Allée is one of the six available patterns of channel glass coated with ceramic coating, available in 6 colors.
The glass is designed both for internal and external applications.
Pilkington Profilit™ T Color Design Décor Caché is one of the six available patterns of channel glass coated with ceramic coating, available in 6 colors.
The glass is designed both for internal and external applications.
Pilkington Profilit™ T Color Design Décor Close is one of the six available patterns of channel glass coated with ceramic coating, available in 6 colors.
The glass is designed both for internal and external applications.
Pilkington Profilit™ T Color Design Décor Marée is one of the six available patterns of channel glass coated with ceramic coating, available in 6 colors.
The glass is designed both for internal and external applications.
Pilkington Profilit™ T Color Design Décor Sumi is one of the six available patterns of channel glass coated with ceramic coating, available in 6 colors.
The glass is designed both for internal and external applications.
Pilkington Profilit™ T Color Design Décor Surrounded is one of the six available patterns of channel glass coated with ceramic coating, available in 6 colors.
The glass is designed both for internal and external applications.
Pilkington Spectrum is a Windows-based glass performance model which enables you to quickly and efficiently calculate key properties of insulating glass units without the need to construct and measure them. You can use Pilkington Spectrum to provide the following information: