Formatt Hitech 77mm HD ND 1.8 Glass Filter 6-Stop BF 77-ND1.8HD

Description

1.8 Neutral Density Filter, Increase Exposure Length, SCHOTT Superwite Glass. This 1.8 density creates a darkening of the entire image allowing you to photograph with a wider aperture or longer shutter speed than normally required. The Formatt Hitech 77mm HD ND 1.8 Glass Filter is a solid neutral density filter providing a 6-stop reduction in exposure. 1.8 Neutral Density Filter, Increase Exposure Length, SCHOTT Superwite Glass. The Formatt Hitech 77mm HD ND 1.8 Glass Filter is a solid neutral density filter providing a 6-stop reduction in exposure. This 1.8 density creates a darkening of the entire image allowing you to photograph with a wider aperture or longer shutter speed than normally required. By slowing your exposure time or increasing your aperture you are able to control depth of field and convey movement more easily. This filter is constructed from SCHOTT Superwite glass to maintain high optical clarity and is set within a 4mm-thick metal filter ring. The Formatt Hitech 77mm HD ND 1.8 Glass Filter is a solid neutral density filter providing a 6-stop reduction in exposure. This filter is constructed from SCHOTT Superwite glass to maintain high optical clarity and is set within a 4mm-thick metal filter ring. By slowing your exposure time or increasing your aperture you are able to control depth of field and convey movement more easily.

Key Features

• The Formatt Hitech 77mm HD ND 1.8 Glass Filter is a solid neutral density filter providing a 6-stop reduction in exposure.
• This 1.8 density creates a darkening of the entire image allowing you to photograph with a wider aperture or longer shutter speed than normally required.
• This filter is constructed from SCHOTT Superwite glass to maintain high optical clarity and is set within a 4mm-thick metal filter ring.
• 1.8 Neutral Density Filter, Increase Exposure Length, SCHOTT Superwite Glass.
• By slowing your exposure time or increasing your aperture you are able to control depth of field and convey movement more easily.