Wide-Angle, Fused Silica, Broadband Dielectric Mirrors

TFVMQ

Wide-Angle, Fused Silica, Broadband Dielectric Mirrors
In stock
SKU
TFVMQ
This high reflective mirror covers a broad range of wavelengths in the visible, UV, and IR, and can be used for any angle of incidence between 0° and 45°. These mirrors are commonly used in the incident angle range of 0° to 45°, making them highly versatile for use in multi-wavelength lasers or spectroscopic experiments.
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Name
Diameter φD
Material
Reflectance
Wavelength Range
Diameter
Rear Surface
Parallelism
Surface Flatness
Delivery Price Add to cart
25.4mm Synthetic fused silica >99% 350 - 450nm
in stock
$174.00
Material Fused Silica
Coating Dielectric multi-layer coating
Incident angle 0~45°
Surface flatness λ/10
Parallelism 3'
Surface Quality (Scratch-Dig) 20-10
Clear aperture 90% of the diameter
Wavelength Range 350-450nm
Diameter φD φ25.4mm
Thickness t 5mm
Reflectance Rave.>99%
Laser Damage Threshold<sup>*</sup> 0.5J/cm2
25.4mm Synthetic fused silica >99% 400 - 750nm
in stock
$143.00
Material Fused Silica
Coating Dielectric multi-layer coating
Incident angle 0~45°
Surface flatness λ/10
Parallelism 3'
Surface Quality (Scratch-Dig) 20-10
Clear aperture 90% of the diameter
Wavelength Range 400-750nm
Diameter φD φ25.4mm
Thickness t 5mm
Reflectance Rave.>99%
Laser Damage Threshold<sup>*</sup> 0.5J/cm2
25.4mm Synthetic fused silica >99% 700 - 1100nm
in stock
$143.00
Material Fused Silica
Coating Dielectric multi-layer coating
Incident angle 0~45°
Surface flatness λ/10
Parallelism 3'
Surface Quality (Scratch-Dig) 40-20
Clear aperture 90% of the diameter
Wavelength Range 700-1100nm
Diameter φD φ25.4mm
Thickness t 5mm
Reflectance Rave.>99%
Laser Damage Threshold<sup>*</sup> 1.0J/cm2
25.4mm Synthetic fused silica >99% 1000 - 1600nm
in stock
$167.00
Material Fused Silica
Coating Dielectric multi-layer coating
Incident angle 0~45°
Surface flatness λ/10
Parallelism 3'
Surface Quality (Scratch-Dig) 40-20
Clear aperture 90% of the diameter
Wavelength Range 1000-1600nm
Diameter φD φ25.4mm
Thickness t 5mm
Reflectance Rave.>99%
Laser Damage Threshold<sup>*</sup> 2.5J/cm2
30mm Synthetic fused silica φ30mm Polished <3' λ/10
6-12 weeks
-
Coating Dielectric multi-layer coating
Incident angle 0°~45°
Reflectance >99.4%
Clear aperture 80% of the diameter
Rear surface Polished
Diameter φD φ30 mm
Thickness t 5 mm
Wavelength Range 3000 nm
Surface Quality (Scratch-Dig) 20 - 10
50.8mm Synthetic fused silica >99% 350 - 450nm
in stock
$402.00
Material Fused Silica
Coating Dielectric multi-layer coating
Incident angle 0~45°
Surface flatness λ/10
Parallelism 3'
Surface Quality (Scratch-Dig) 20-10
Clear aperture 90% of the diameter
Wavelength Range 350-450nm
Diameter φD φ50.8mm
Thickness t 8mm
Reflectance Rave.>99%
Laser Damage Threshold<sup>*</sup> 0.5J/cm2
50.8mm Synthetic fused silica >99% 400 - 750nm
in stock
$235.00
Material Fused Silica
Coating Dielectric multi-layer coating
Incident angle 0~45°
Surface flatness λ/10
Parallelism 3'
Surface Quality (Scratch-Dig) 20-10
Clear aperture 90% of the diameter
Wavelength Range 400-750nm
Diameter φD φ50.8mm
Thickness t 8mm
Reflectance Rave.>99%
Laser Damage Threshold<sup>*</sup> 0.5J/cm2
50.8mm Synthetic fused silica >99% 700 - 1100nm
in stock
$208.00
Material Fused Silica
Coating Dielectric multi-layer coating
Incident angle 0~45°
Surface flatness λ/10
Parallelism 3'
Surface Quality (Scratch-Dig) 40-20
Clear aperture 90% of the diameter
Wavelength Range 700-1100nm
Diameter φD φ50.8mm
Thickness t 8mm
Reflectance Rave.>99%
Laser Damage Threshold<sup>*</sup> 1.0J/cm2
50.8mm Synthetic fused silica >99% 1000 - 1600nm
in stock
$310.00
Material Fused Silica
Coating Dielectric multi-layer coating
Incident angle 0~45°
Surface flatness λ/10
Parallelism 3'
Surface Quality (Scratch-Dig) 40-20
Clear aperture 90% of the diameter
Wavelength Range 1000-1600nm
Diameter φD φ50.8mm
Thickness t 8mm
Reflectance Rave.>99%
Laser Damage Threshold<sup>*</sup> 2.5J/cm2
12.7mm Synthetic fused silica >99% 350 - 450nm
in stock
$118.00
Material Fused Silica
Coating Dielectric multi-layer coating
Incident angle 0~45°
Surface flatness λ/10
Parallelism <3'
Surface Quality (Scratch-Dig) 20-10
Clear aperture 90% of the diameter
Wavelength Range 350-450nm
Diameter φD φ12.7mm
Thickness t 5mm
Reflectance Rave.>99%
Laser Damage Threshold<sup>*</sup> 0.5J/cm2
12.7mm Synthetic fused silica >99% 400 - 750nm
in stock
$102.00
Material Fused Silica
Coating Dielectric multi-layer coating
Incident angle 0~45°
Surface flatness λ/10
Parallelism 3'
Surface Quality (Scratch-Dig) 20-10
Clear aperture 90% of the diameter
Wavelength Range 400-750nm
Diameter φD φ12.7mm
Thickness t 5mm
Reflectance Rave.>99%
Laser Damage Threshold<sup>*</sup> 0.5J/cm2
12.7mm Synthetic fused silica >99% 700 - 1100nm
in stock
$102.00
Material Fused Silica
Coating Dielectric multi-layer coating
Incident angle 0~45°
Surface flatness λ/10
Parallelism 3'
Surface Quality (Scratch-Dig) 40-20
Clear aperture 90% of the diameter
Wavelength Range 700-1100nm
Diameter φD φ12.7mm
Thickness t 5mm
Reflectance Rave.>99%
Laser Damage Threshold<sup>*</sup> 1.0J/cm2
12.7mm Synthetic fused silica >99% 1000 - 1600nm
in stock
$109.00
Material Fused Silica
Coating Dielectric multi-layer coating
Incident angle 0~45°
Surface flatness λ/10
Parallelism 3'
Surface Quality (Scratch-Dig) 40-20
Clear aperture 90% of the diameter
Wavelength Range 1000-1600nm
Diameter φD φ12.7mm
Thickness t 5mm
Reflectance Rave.>99%
Laser Damage Threshold<sup>*</sup> 2.5J/cm2
50mm Synthetic fused silica 50mm Polished <3' λ/10
6-12 weeks
-
Coating Dielectric multi-layer coating
Incident angle 0°~45°
Reflectance >99.4%
Clear aperture 80% of the diameter
Rear surface Polished
Diameter φD φ50 mm
Thickness t 8 mm
Wavelength Range 3000 nm
Surface Quality (Scratch-Dig) 20 - 10

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Very high reflectivity can be obtained between 0 and 45 degrees angle of incidence. These mirrors provide high reflectance with limited variation over a broad range of wavelengths. The dielectric multilayer coating makes the mirror surface highly resistant to scratches and allows for wiping for cleaning. There is no absorption from the coating, limited deterioration over time, and has excellent resistance to continuous laser irradiation.