High quality, precision optics
for wide ranging applications
 
 
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Samples
Optical Filters Detail Specification

Optical Filters Basic Purposes
 
UVG1 Luminescent analysis; separation of 240-420 nm region
UVG2 Luminescent analysis; separation of 270-380 nm region; separation of 313 nm mercury line in combination with YG3
UVG5 Luminescent analysis, separation of 250-400 nm region
UVG6 Luminescent analysis, separation of 310-390 nm region; separation of 365 nm mercury line in combination with CLG7
UVG8 Luminescent analysis; fixtures for the sources of UV light (thermally stable); separation of 320-390 nm region
VG1 Separation of 330-460 nm region
BG1 Daylight filter, color illumination
BG2 White signal filter for light sources with color temperature 1,900-2,400 °K
BG4 Separation of 340-470 nm region
BG5 Trichromatic projection; separation of 370-500 nm region
BG8 Blue signal filter; color illumination
BG9 Daylight filter
BG15 UV microscopy; separation of 360-490 nm region; separation of 436 nm mercury line in combination with YG11, YG12
BGG5 Heat-resisting glass; absorption in 700-3,000 nm region (and further)
BGG7 Absorption in 580-1,200 nm region; color illumination
BGG8 Absorption in 580-1,200 nm region
BGG9 Absorption in 540-2,500 nm region
BGG15 Filter for sensitometry
BGG16 Heat-resisting glass, used as heat-shield
BGG17 Daylight filter (in combination with PG5 and PG14)
BGG20 Absorption in 540-730 nm region; separation of 360-550 nm region; separation of 460-580 nm region in combination with YG12 or YG16
BGG21 Absorption in 620-1,500 nm region; separation of spectral bands in 520-600 nm region in combination with OG11, OG12, OG13, OG14
BGG22 Absorption in 580-700 nm region; separation of spectral bands in 480-540 nm region in combination with YG16, YG17, YG18 and OG11
BGG23 Absorption in 680-1,200 nm region; separation of spectral bands in 580-660 nm region in combination with OG14, RG10, RG11, RG13
BGG26 Heat-resisting glass without selective coloration; separation of spectral bands in 680-800 nm region in combination with other glasses
BGG28 Transmission in 340-600 nm region. Absorption in 620-1,400 nm region; separation of spectral bands in 460-600 nm region in combination with YG12, YG16, YG17, YG18, OG11, OG12, OG13, OG14
BGG29 Transmission in 340-600 nm region. Absorption in 620-1,400 nm region; separation of spectral bands in 460-600 nm region in combination with YG12, YG16, YG17, YG18, OG11, OG12, OG13, OG14
GG1 Trichromatic projection, separation of 480-570 nm region; photography
GG3 Light-green signal filter; color illumination
GG8 Reduction of selenium photocell spectral sensitivity to spectral sensitivity curve of visual sense (in combination with YGG18)
GG10 Triple color separation; separation of 500-680 nm region; reproduction of spectral sensitivity curve of the eye
GG11 Trichromatic projection; separation of 480-570 nm region; photography
YGG9 Color illumination
YGG12 Filter for range finders
YGG17 Filter for range finders
YG3 Separation of 313 nm mercury line (in combination with UVG2)
YG4 Absorption of UV spectral region
YG10 Absorption of UV spectral region (shorter than 390 nm); separation of 405 nm mercury line in combination with PG13
YG11 Absorption of UV spectral region (shorter than 410 nm); separation of 436 nm mercury line in combination with BG15
YG12 Photography; separation of spectral bands in 450-540 nm region in combination with BGG20
YG16 Photography; separation of spectral bands in 470-570 nm region in combination with BGG12, BGG20 and BGG22
YG17 Photography; visual instruments; separation of 480-570 nm region in combination with BGG21 and BGG22
YG18 Photography; separation of 480-570 nm region in combination with BGG21 and BGG22
YG19 Luminescent screens
YG20 Separation of 280-320 nm region (in combination with UVG5 or UVG2)
OG5 Yellow signal filter; viewing devices; color illumination
OG6 Colorimetry, objective photometry
OG11 Photography; viewing devices; separation of 546 nm mercury line in combination with PG7
OG12 Photography; viewing devices; separation of 540-570 nm region in combination with BGG21
OG13 Photography; separation of 578 nm mercury line in combination with GG7
OG14 Photography; separation of spectral bands in 580-600 nm region in combination with BGG21
OG17 Viewing devices
RG10 Separation of spectral region from 600 nm and up; separation of spectral bands in 600-610 nm region in combination with BGG21
RG11 Separation of one third of the spectrum; light red signal filter
RG13 Trichromatic projection; red signal filter
RG14 Photography
RG15 Filter for optical pyrometers; photography
RG17 Separation of 670-2,800 nm region
RG18 Separation of 680-2,800 nm region
RG19 Separation of 700-2,800 nm region
RG28 Separation of 680-2,800 nm region
IRG1 Separation of 850-3,000 nm region
IRG3 Separation of 900-3,000 nm region
IRG5 Separation of 860-3,000 nm region
IRG6 Separation of 900-3,000 nm region
IRG7 Separation of 950-3,000 nm region
PG5 Daylight filter (in combination with BGG17 and PG14)
PG7 Separation of 546 nm mercury line (in combination with OG11 or OG12); calibrating filter
PG11 Separation of 240-460 nm region; absorption of 460-660 nm region
PG13 Separation of 405 nm mercury line (in combination with CLG8 or YG10)
PG14 Daylight filter (in combination with BGG17 and PG5)
NG1 Protective goggles against bright light
NG2 Protective goggles against bright light
NG3 Protective goggles against bright light
NG6 Photometry, spectrophotometry
NG7 Photometry, spectrophotometry
NG8 Photometry, spectrophotometry
NG9 Photometry, spectrophotometry
NG10 Photometry, spectrophotometry
NG11 Photometry, spectrophotometry
NG12 Photometry, spectrophotometry
NG13 Attenuation of brightness of incandescent objects for temperature measurements by optical pyrometer
DG3 Protective goggles for welding
DG6 Sun glasses
CLG7 Transmission of UV radiation up to 360 nm
 
 
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