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Enhanced Aluminum Mirror, 15mm Diameter, 4-6λ
Coating Specification
Ravg >95% @ 450 – 650nm
Wavelength Range
450-650nm
Angle of Incidence
45°
Substrate
Soda Lime Float Glass
Size (mm)
15 Diameter
Clear Aperture
90%
Size Tolerance
±0.25
Thickness
3.0
Typical Energy Density Limit
0.2 J/cm2 @ 532nm, 10ns
Edges
Cut
Surface Quality
80-50
Surface Flatness
4 – 6λ
Optical Coating
Enhanced Aluminum
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Enhanced Aluminum Mirror, 18mm Diameter, 4-6λ
Coating Specification
Ravg >95% @ 450 – 650nm
Wavelength Range
450-650nm
Angle of Incidence
45°
Substrate
Soda Lime Float Glass
Size (mm)
18 Diameter
Clear Aperture
90%
Size Tolerance
±0.25
Thickness
3.0
Typical Energy Density Limit
0.2 J/cm2 @ 532nm, 10ns
Edges
Cut
Surface Quality
80-50
Surface Flatness
4 – 6λ
Optical Coating
Enhanced Aluminum
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Enhanced Aluminum Mirror, 20 x 20mm, 4-6λ
Coating Specification
Ravg >95% @ 450 – 650nm
Wavelength Range
450-650nm
Angle of Incidence
45°
Substrate
Soda Lime Float Glass
Size (mm)
20.0 x 20.0
Clear Aperture
90%
Size Tolerance
±0.25
Thickness
3.0
Typical Energy Density Limit
0.2 J/cm2 @ 532nm, 10ns
Edges
Cut
Surface Quality
80-50
Surface Flatness
4 – 6λ
Optical Coating
Enhanced Aluminum
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Enhanced Aluminum Mirror, 20 x 28mm, 4-6λ
Coating Specification
Ravg >95% @ 450 – 650nm
Wavelength Range
450-650nm
Angle of Incidence
45°
Substrate
Soda Lime Float Glass
Size (mm)
20.0 x 28.0
Clear Aperture
90%
Size Tolerance
±0.25
Thickness
3.0
Typical Energy Density Limit
0.2 J/cm2 @ 532nm, 10ns
Edges
Cut
Surface Quality
80-50
Surface Flatness
4 – 6λ
Optical Coating
Enhanced Aluminum
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Enhanced Aluminum Mirror, 20mm Diameter, 4-6λ
Coating Specification
Ravg >95% @ 450 – 650nm
Wavelength Range
450-650nm
Angle of Incidence
45°
Substrate
Soda Lime Float Glass
Size (mm)
20 Diameter
Clear Aperture
90%
Size Tolerance
±0.25
Thickness
3.0
Typical Energy Density Limit
0.2 J/cm2 @ 532nm, 10ns
Edges
Cut
Surface Quality
80-50
Surface Flatness
4 – 6λ
Optical Coating
Enhanced Aluminum
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Enhanced Aluminum Mirror, 25 x 25mm, 4-6λ
Coating Specification
Ravg >95% @ 450 – 650nm
Wavelength Range
450-650nm
Angle of Incidence
45°
Substrate
Soda Lime Float Glass
Size (mm)
25.0 x 25.0
Clear Aperture
90%
Size Tolerance
±0.25
Thickness
3.0
Typical Energy Density Limit
0.2 J/cm2 @ 532nm, 10ns
Edges
Cut
Surface Quality
80-50
Surface Flatness
4 – 6λ
Optical Coating
Enhanced Aluminum
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Enhanced Aluminum Mirror, 25 x 35mm, 4-6λ
Coating Specification
Ravg >95% @ 450 – 650nm
Wavelength Range
450-650nm
Angle of Incidence
45°
Substrate
Soda Lime Float Glass
Size (mm)
25.0 x 35.0
Clear Aperture
90%
Size Tolerance
±0.25
Thickness
3.0
Typical Energy Density Limit
0.2 J/cm2 @ 532nm, 10ns
Edges
Cut
Surface Quality
80-50
Surface Flatness
4 – 6λ
Optical Coating
Enhanced Aluminum
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Enhanced Aluminum Mirror, 25.4 x 25.4mm x 3mm thick, 4-6λ
Coating Specification
Ravg >95% @ 450 – 650nm
Wavelength Range
450-650nm
Angle of Incidence
45°
Substrate
Soda Lime Float Glass
Size (mm)
25.4 x 25.4
Clear Aperture
90%
Size Tolerance
±0.25
Thickness
3.0
Typical Energy Density Limit
0.2 J/cm2 @ 532nm, 10ns
Edges
Cut
Surface Quality
80-50
Surface Flatness
4 – 6λ
Optical Coating
Enhanced Aluminum
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Enhanced Aluminum Mirror, 25.4mm Diameter, 4-6λ
Coating Specification
Ravg >95% @ 450 – 650nm
Wavelength Range
450-650nm
Angle of Incidence
45°
Substrate
Soda Lime Float Glass
Size (mm)
25.4 Diameter
Clear Aperture
90%
Size Tolerance
±0.25
Thickness
3.0
Typical Energy Density Limit
0.2 J/cm2 @ 532nm, 10ns
Edges
Cut
Surface Quality
80-50
Surface Flatness
4 – 6λ
Optical Coating
Enhanced Aluminum
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Enhanced Aluminum Mirror, 25mm Diameter, 4-6λ
Coating Specification
Ravg >95% @ 450 – 650nm
Wavelength Range
450-650nm
Angle of Incidence
45°
Substrate
Soda Lime Float Glass
Size (mm)
25 Diameter
Clear Aperture
90%
Size Tolerance
±0.25
Thickness
3.0
Typical Energy Density Limit
0.2 J/cm2 @ 532nm, 10ns
Edges
Cut
Surface Quality
80-50
Surface Flatness
4 – 6λ
Optical Coating
Enhanced Aluminum
First Surface Mirrors
EMF
First Surface Mirrors
A first surface mirror provides superior optical quality for engineering and scientific applications. Unlike a standard household mirror, which is coated on the second surface of the glass, a first surface mirror provides an accurate reflection without ghost images. Optical experts recommend first surface mirrors for use in precision optics applications.
Metal coatings are typically very fragile without a protective overcoat. A dielectric overcoat on a metallic mirror increases the durability of the metal coating as well as provides a barrier to help prevent oxidation. The overcoat has little impact on the performance of the metal coating.
Protected Aluminum
Standard protected aluminum is our most popular mirror coating for applications in the visible and near-infrared. A layer of Silicon Dioxide (SiO2) is typically used as an overcoat to protect the aluminum layer. This addition to the coating provides an abrasion-resistant surface while maintaining the performance of aluminum mirror. Another option for the overcoat is Magnesium Fluoride (MgF2).
Enhanced Aluminum
In our Enhanced Aluminum coating, a multi-layer film of dielectrics on top of aluminum is used to increase the reflectance in the visible regions. This coating is ideal for applications requiring increased reflectance from 400 – 650nm. The multi-layer film also provides the same durability characteristics as the protected aluminum coating.
- Round and Square Flat Mirrors available
- OEM capabilities – please contact for special pricing
- Test samples are available on request