B+W 55mm XS-Pro KSM HTC Circular Polarizer MRC Nano Filter

Description

(Filter factor of 4 to 8). Also, this type of mount has a matt finishing, so that reflection is reduced to the minimum. The bezel is thinner than the standard F-Pro mount and therefore suitable for use with super-wide angle lenses (wider than 24mm on full frame format). This way you can still use the original lens, while the filter is extremely thin. HTC filters ensure the highest image quality thanks to the use of the polished glass. The bezel is thinner than the standard F-Pro mount and therefore suitable for use with super-wide angle lenses (wider than 24mm on full frame format). The XS-Pro Digital filter mount occurs in premium-line filters from B + W. The XS-Pro Digital filter mount includes threads on the both sides of the filter. HTC filters ensure the highest image quality thanks to the use of the best polished glass. HTC filters ensure the highest image quality thanks to the use of the polished glass. The polarization film is also selected on the highest quality. All circular polarizing filters deal with loss of light, but the HTC filters by B + W this loss of light is reduced to the minimum. XS-Pro Digital filters are made of brass material and thus very rigid. The filter factor of 2 to 3 is improved so that the light loss with this filter is only 1 to 1.5 stops, while other circular polarization filters frequently have up to 3 stops of light loss.

Key Features

• HTC filters ensure the highest image quality thanks to the use of the polished glass.
• XS-Pro Digital filters are made of brass material and thus very rigid.
• The XS-Pro Digital filter mount includes threads on the both sides of the filter.
• The bezel is thinner than the standard F-Pro mount and therefore suitable for use with super-wide angle lenses (wider than 24mm on full frame format).
• This way you can still use the original lens, while the filter is extremely thin.
• All circular polarizing filters deal with loss of light, but the HTC filters by B + W this loss of light is reduced to the minimum.