Includes the following: Zeiss 95mm T* Circular Polarizer Filter Plastic Storage Case Features: Helps to Eliminate Reflections and Glare Reduces Haze and Blue Cast in Landscapes Greater Color and Tonal Saturation T* Anti-Reflective Coating Slim Profile Filter Ring High Quality Glass Construction Specifications: Type: Circular polarizer Size: 95mm Filter Factor: About 3 (1.6 stops) Multi-Coated: Yes; T* anti-reflective coating Rotating: Yes Effect: Eliminates reflections and haze and improves color and tonal saturation Construction: High quality glass Front Filter Thread Size: 95mm Front Lens Cap Size: 95mm The Zeiss 95mm Carl Zeiss T* Circular Polarizer Filter helps to reduce reflections and glare by filtering out light that has become polarized due to reflection from a non-metallic surface. A polarizer is able to absorb much of this polarized light and, in turn, increase the saturation of skies and foliage, cut through distant haze, and minimize reflections in glass and on water. A circular polarizer differs from a linear polarizer in that it integrates a quarter wave plane within a linear polarizing filter. The addition of this helps to circularly polarize reflected light, which enables your camera's autofocus and auto-exposure mechanisms to function properly. The T* anti-reflective coating helps to reduce reflections on

filter's surface and promote a better light transmission for high quality imagery. The filter ring is designed with a slim profile to allow its use on wide angle lenses, but front filter threads are still available for the use of additional filters. Helps to reduce reflections and glare by filtering out light that has become polarized due to reflection from a non-metallic surface. Clears up haze in distant landscapes and provides more saturated, vivid colors. Strongest effect when used at a 90° angle from the sun. Circular polarizers are ideal for use with digital cameras and autofocus lenses where a linear polarizer will often disrupt auto exposure and focus features. T* anti-reflective helps to reduce surface reflections in order to produce greater light transmission for a higher quality image.