Neutral Density filter Set
  • Rental ID: R303628-C
Included in Rental
  • 1 B+W Filters 77mm Neutral Density 110 Glass
  • 1 B+W Filters 77mm Neutral Density 0.6 102
  • 1 B+W Filters 77mm Neutral Density 0.9 103
  • 1 B+W Filters 77mm Neutral Density 106
Product Highlights
  • ND Neutral Density Filter
  • 10 Stop Reduced Exposure
  • 1000x Filter Factor
  • 77mm Diameter Thread
  • Allows for Use of Wider Aperture
  • MRC Multi-Resistant Coating
Available in Calgary, Edmonton, Ottawa and Toronto

Overview

Neutral Density Series

ND filters evenly reduce the transmittance of light over the entire VIS spectrum. They decrease the brightness of an image without changing the depth of field (DoF). They attenuate light by absorbing a part of the energy of the VIS wavelength, without influence on the color balance. ND filters are used to control the intensity of light going through an optical system to avoid overexposure, blooming on imaging sensors and prevent damages on light sensitive measuring sensors. ND filters are available mounted with common thread sizes M 25.5 to M 67 and unmounted in sizes 27 mm to 74 mm diameter. Intermediate size down to 10 mm possible on request.

Key Features:

  • Insensitive to angle of incidence
  • Decrease brightness without changing depth of field
  • Stackable, combine ND filters to achieve OD needed
  • Even attenuate avoid effects on color balance

B&W Neutral Density filters are available in the following strengths:

  • 101 - 0.3 (2x) Reduces light 1x stop
  • 102 - 0.6 (4x) Reduces light 2x stops
  • 103 - 0.9 (8x) Reduces light 3x stops
  • 106 - 1.8 (64x) Reduces light 6x stops
  • 110 - 3.0 (1,000x) Reduces light 10x stops
  • 113 - 4.0 (10,000x) Reduces light 17x stops (ideal for astrological and sun studies)

Product Specifications

Neutral Density Series

          
 

101 E

102 E

103 E

106

110
Transmittance 50% 25% 12.5% 1.6% 0.15 % +/- 0.05 %
Optical Density 0.3 0.6 0.9 1.8 3.0
Wavelength Range 400 - 700 nm 400 - 700 nm 400 - 700 nm 400 - 700 nm 400 - 700 nm
Thickness 2 +/- 0.2 mm 2 +/- 0.2 mm 2 +/- 0.2 mm 2 +/- 0.2 mm 2 +/- 0.2 mm
Parallelism 1" 1" 1" 1" 1"
Angle of Incidence 0° +/- 90° 0° +/- 90° 0° +/- 90° 0° +/- 90° 0° +/- 90°
Surface 19 - 30 mm: 5/2 x 0.10 C2 x 0.10 L3 x 0.008 
31 - 50 mm: 5/2 x 0.16 C1 x 0.16 L3 x 0.008 
51 - 64 mm: 5/3 x 0.16 C3 x 0.16 L3 x 0.008		 19 - 30 mm: 5/2 x 0.10 C2 x 0.10 L3 x 0.008 
31 - 50 mm: 5/2 x 0.16 C1 x 0.16 L3 x 0.008 
51 - 64 mm: 5/3 x 0.16 C3 x 0.16 L3 x 0.008		 19 - 30 mm: 5/2 x 0.10 C2 x 0.10 L3 x 0.008 
31 - 50 mm: 5/2 x 0.16 C1 x 0.16 L3 x 0.008 
51 - 64 mm: 5/3 x 0.16 C3 x 0.16 L3 x 0.008		 19 - 30 mm: 5/2 x 0.10 C2 x 0.10 L3 x 0.008 
31 - 50 mm: 5/2 x 0.16 C1 x 0.16 L3 x 0.008 
51 - 64 mm: 5/3 x 0.16 C3 x 0.16 L3 x 0.008		 19 - 30 mm: 5/2 x 0.10 C2 x 0.10 L3 x 0.008 
31 - 50 mm: 5/2 x 0.16 C1 x 0.16 L3 x 0.008 
51 - 64 mm: 5/3 x 0.16 C3 x 0.16 L3 x 0.008
Wavefront Distortion 19 - 30 mm: 13/1 (0.2)
31 - 50 mm: 13/1 (0.25) 
51 - 64 mm: 13/1 (0.35)		 19 - 30 mm: 13/1 (0.2)
31 - 50 mm: 13/1 (0.25) 
51 - 64 mm: 13/1 (0.35)		 19 - 30 mm: 13/1 (0.2)
31 - 50 mm: 13/1 (0.25) 
51 - 64 mm: 13/1 (0.35)		 19 - 30 mm: 13/1 (0.2)
31 - 50 mm: 13/1 (0.25) 
51 - 64 mm: 13/1 (0.35)		 19 - 30 mm: 13/1 (0.2)
31 - 50 mm: 13/1 (0.25) 
51 - 64 mm: 13/1 (0.35)
Coating E E E E E