Haida 62mm NanoPro MC UV/IR Cut Filter

When the Haida 62mm NanoPro MC UV/IR Cut Filter is applied, ultraviolet light waves are blocked at 390 nanometers along with infrared light waves at 750 nanometers, helping to ensure that light falling on a digital camera sensor is limited to the visible spectrum. When used along with multi-stop neutral density filters while recording with a digital sensor, potential infrared color shifts are prevented or minimized, preserving color accuracy throughout the frame. This filter may also be used to help ensure that the appearance of unwanted blue casts is reduced while recording digital video or still photos under daylight that also features intense ultraviolet light.

The front and rear surfaces of a Haida 62mm NanoPro MC UV/IR Cut Filter each include eight layers of interference coatings, which allow it to limit the light that falls on a digital camera sensor to the visible spectrum. When combined with a wide-angle lens, lower-frequency wavelengths of visible light associated with yellow, orange, and red colors passing through the filter and along that lens type's curved edges can be impeded in a significantly greater degree than higher-frequency wavelengths of visible light associated with blue and violet colors. This can result in an unwanted green cast within an image taken with a Haida 62mm NanoPro MC UV/IR Cut Filter and a wide-angle lens. To avoid such color shifts using this filter, it is recommended not to be used with lenses that are intended to provide an angle of view greater than 60°.

The Haida 62mm NanoPro MC UV/IR Cut Filter is constructed from optical glass for clarity and color fidelity. To prevent internal ghosting and reflections, each glass surface includes 10 layers of anti-reflection coatings, which also offer greater protection to the filter substrate and help keep it clean for a longer period of time. The Nano coating associated with the Haida 62mm NanoPro MC UV/IR Cut Filter provides an additional layer that results in an improved beading effect when the surface comes in contact with water or oil, allowing for more efficient cleaning.

Ultraviolet light waves are blocked at 390 nanometers, reducing bluish cast of daylight when recording video or still photos.

Useful with CCD or CMOS sensors, infrared light waves are blocked at 750 nanometers to filter out infrared light pollution that cause color shifts frequently associated with high-definition recording with multi-stop neutral density filters.

Eight layers of interference coatings on both front and rear surfaces limit light that falls on a digital camera sensor to the visible spectrum.

Nano coating provides an additional layer that results in an improved beading effect when in contact with water or oil for greater cleaning efficiency.