HOME > Product Category > For Stage Lighting > UV Cut Filters

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Key Features
UV Cut filter can reflect or absorb UV light(wavelength) while visible light high transmittance.

Applications
Lighting.
Optical Equipments.
Museum Lighting.
Filters for Photography.

Specifications


UVCUT370
Spectral Characteristics
T50%=370 +/- 15nm
Tave>88% @ 450-700nm
Tave<1% @ 200-340nm
Physical Characteristics
Thickness
Glass: 1.1mm
Tempered Glass: 2, 3, 4, 5mm
Borosilicate: 1.1mm
Dimension
Square: 10*10 ~ 220*220mm
Round: 10 ~ 210mm
Resistant Temperature
Glass: 150 celsius
Tampered Glass: 250 celsius
Borosilicate: 450 celsius

UVCUT400
Spectral Characteristics
T50%=400 +/- 15nm
Tave>85% @ 450-700nm
Tave<1% @ 200-380nm
Physical Characteristics
Thickness
Glass: 1.1mm
Tempered Glass: 2, 3, 4, 5mm
Borosilicate: 1.1mm
Dimension
Square: 10*10 ~ 220*220mm
Round: 10 ~ 210mm
Resistant Temperature
Glass: 150 celsius
Tampered Glass: 250 celsius
Borosilicate: 450 celsius

UVCUT425 (400nm cut off)
Spectral Characteristics
T50%=425 +/- 15nm
Tave>85% @ 460-700nm
Tave<1% @ 200-400nm
Physical Characteristics
Thickness
Glass: 1.1mm
Tempered Glass: 2, 3, 4, 5mm
Borosilicate: 1.1mm
Dimension
Square: 10*10 ~ 220*220mm
Round: 10 ~ 210mm
Resistant Temperature
Glass: 150 celsius
Tampered Glass: 250 celsius
Borosilicate: 450 celsius

Information and Notes

    1. UV CUT filters with 28 thin film layers which vacuum-deposited on substrate.
    2. UV CUT filters are designed with 0° of incidence angle, the larger incidence angles shift the characteristics to long wave side.
    3. Coating by PVD-EBGE (Physical Vapor Deposition-Electron Beam Gun Evaporation).
    4. Non-standard size filters are also available upon request.
    5. The transmittance curves are measurements at 0° of incidence angle.
    6. The transmittance curves are based on actual measurements and may be different with manufacturing lots.
    7. Browse below for more information and products.