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It is commonly acknowledged that Circular Polarizing filters (CIR-PL) are used for cutting light reflections from non-metallic surfaces. Max. point is usually the the most utilized position of the CIR-PL filter when the reflections are reduced....
"UX" in the series name stands for "User eXperience", as to indicate all the experiences that users will acquire through using these filters and all that comes with. By naming this series UX, we aim to offer users better individual experiences...
Polarising filters in colour photography are the only way of getting rich blue skies and clear white banks of clouds. They addditionaly reduce tiny light reflections on leaves and grass, ensuring deep, "lush" greenness. It is also possible to...
The HOYA STARSCAPE cuts light transmission in the area of the spectrum that is usually associated with light pollution from Sodium and Mercury-vapor lights common to most cities world-wide. Thus, the filter provides a more clear image with natural...
The HOYA STARSCAPE cuts light transmission in the area of the spectrum that is usually associated with light pollution from Sodium and Mercury-vapor lights common to most cities world-wide. Thus, the filter provides a more clear image with natural...
The HOYA STARSCAPE cuts light transmission in the area of the spectrum that is usually associated with light pollution from Sodium and Mercury-vapor lights common to most cities world-wide. Thus, the filter provides a more clear image with natural...
It is commonly acknowledged that Circular Polarizing filters (CIR-PL) are used for cutting light reflections from non-metallic surfaces. Max. point is usually the the most utilized position of the CIR-PL filter when the reflections are reduced....
It is commonly acknowledged that Circular Polarizing filters (CIR-PL) are used for cutting light reflections from non-metallic surfaces. Max. point is usually the the most utilized position of the CIR-PL filter when the reflections are reduced....
It is commonly acknowledged that Circular Polarizing filters (CIR-PL) are used for cutting light reflections from non-metallic surfaces. Max. point is usually the the most utilized position of the CIR-PL filter when the reflections are reduced....
It is commonly acknowledged that Circular Polarizing filters (CIR-PL) are used for cutting light reflections from non-metallic surfaces. Max. point is usually the the most utilized position of the CIR-PL filter when the reflections are reduced....
It is commonly acknowledged that Circular Polarizing filters (CIR-PL) are used for cutting light reflections from non-metallic surfaces. Max. point is usually the the most utilized position of the CIR-PL filter when the reflections are reduced....
It is commonly acknowledged that Circular Polarizing filters (CIR-PL) are used for cutting light reflections from non-metallic surfaces. Max. point is usually the the most utilized position of the CIR-PL filter when the reflections are reduced....
It is commonly acknowledged that Circular Polarizing filters (CIR-PL) are used for cutting light reflections from non-metallic surfaces. Max. point is usually the the most utilized position of the CIR-PL filter when the reflections are reduced....
It is commonly acknowledged that Circular Polarizing filters (CIR-PL) are used for cutting light reflections from non-metallic surfaces. Max. point is usually the the most utilized position of the CIR-PL filter when the reflections are reduced....
It is commonly acknowledged that Circular Polarizing filters (CIR-PL) are used for cutting light reflections from non-metallic surfaces. Max. point is usually the the most utilized position of the CIR-PL filter when the reflections are reduced....
