Hoya Circular Polarising Pro 1D Filter - 40.5mm

Light rays which are reflected by any surface can become polarised so polarising filters are used to select which light rays enter your camera lens. The Hoya 49mm Circular-Polariser Pro1D DMC Filter allows you to remove unwanted reflections from non-metallic surfaces such as water, glass etc. It also enables colors to become more saturated and appear clearer with better contrast. This effect is often used to increase the contrast and saturation in blue skies and white clouds. HOYA's polarising filters do not affect the overall color balance of a shot.

Key Features

Digital Multi-Coated

Digital multi-coated filters greatly reduce the appearance of lens flare and ghosting caused by reflections.

Black Almite Frame

Filters feature a black matte aluminum satin finish almite frame which reduces reflections.

Black Rimmed Glass

These filters are equipped with black rimmed glass to reduce the chance of light reflecting off the edge.

Low Profile Frame

Ultra thin filter frames to help avoid vignetting on super wide angle lenses are also designed to hold a lens cap.

Knurling Edge Frame

These filters are equipped with a straight knurling edge for non-slip, easy attachment and removal.

UV Protected Case

Filter cases are UV protected to further lengthen the life of filters.

• Digital Multi-Coated - Digital multi-coated filters greatly reduce the appearance of lens flare and ghosting caused by reflections.
• Black Almite Frame - Filters feature a black matte aluminium satin finish almite frame which reduces reflections.
• Black Rimmed Glass - These filters are equipped with black rimmed glass to reduce the chance of light reflecting off the edge.
• Low Profile Frame - Ultra thin filter frames to help avoid vignetting on super wide angle lenses are also designed to hold a lens cap.
• Knurling Edge Frame - These filters are equipped with a straight knurling edge for non-slip, easy attachment and removal.
• UV Protected Case - Filter cases are UV protected to further lengthen the life of filters.