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Protected Gold Mirror, 50 x 50mm, 4-6λ
Optical Coating
Protected Gold
Substrate
Soda Lime Float Glass
Size (mm)
50.0 x 50.0
Size Tolerance
±0.25
Thickness
3.0
Angle of Incidence
0°
Surface Flatness
4 – 6λ
Coating Specification
Ravg >97% @ 700 – 2000nm Ravg >96% @ 2000 – 10000nm
Wavelength Range
700-10000
Edges
Cut, 0.5mm Maximum Edge Chip
Surface Quality
60-40
Typical Energy Density Limit
0.8 J/cm2 @ 1064nm, 10ns
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Protected Gold Mirror, 50 x 75mm, 4-6λ
Optical Coating
Protected Gold
Substrate
Soda Lime Float Glass
Size (mm)
50.0 x 75.0
Size Tolerance
±0.25
Thickness
3.0
Angle of Incidence
0°
Surface Flatness
4 – 6λ
Coating Specification
Ravg >97% @ 700 – 2000nm Ravg >96% @ 2000 – 10000nm
Wavelength Range
700-10000
Edges
Cut, 0.5mm Maximum Edge Chip
Surface Quality
60-40
Typical Energy Density Limit
0.8 J/cm2 @ 1064nm, 10ns
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Protected Gold Mirror, 50.8 x 50.8mm, 4-6λ
Optical Coating
Protected Gold
Substrate
Soda Lime Float Glass
Size (mm)
50.8 x 50.8
Size Tolerance
±0.25
Thickness
3.0
Angle of Incidence
0°
Surface Flatness
4 – 6λ
Coating Specification
Ravg >97% @ 700 – 2000nm Ravg >96% @ 2000 – 10000nm
Wavelength Range
700-10000
Edges
Cut, 0.5mm Maximum Edge Chip
Surface Quality
60-40
Typical Energy Density Limit
0.8 J/cm2 @ 1064nm, 10ns
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Protected Gold Mirror, 50.8mm Diameter, 4-6λ
Optical Coating
Protected Gold
Substrate
Soda Lime Float Glass
Size (mm)
50.8 Diameter
Size Tolerance
±0.25
Thickness
3.0
Angle of Incidence
0°
Surface Flatness
4 – 6λ
Coating Specification
Ravg >97% @ 700 – 2000nm Ravg >96% @ 2000 – 10000nm
Wavelength Range
700-10000
Edges
Cut, 0.5mm Maximum Edge Chip
Surface Quality
60-40
Typical Energy Density Limit
0.8 J/cm2 @ 1064nm, 10ns
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Protected Gold Mirror, 6 x 6mm, 4-6λ
Optical Coating
Protected Gold
Substrate
Soda Lime Float Glass
Size (mm)
6.0 x 6.0
Size Tolerance
±0.25
Thickness
2.0
Angle of Incidence
0°
Surface Flatness
4 – 6λ
Coating Specification
Ravg >97% @ 700 – 2000nm Ravg >96% @ 2000 – 10000nm
Wavelength Range
700-10000
Edges
Cut, 0.5mm Maximum Edge Chip
Surface Quality
60-40
Typical Energy Density Limit
0.8 J/cm2 @ 1064nm, 10ns
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Protected Gold Mirror, 6 x 8.5mm, 4-6λ
Optical Coating
Protected Gold
Substrate
Soda Lime Float Glass
Size (mm)
6.0 x 8.5
Size Tolerance
±0.25
Thickness
2.0
Angle of Incidence
0°
Surface Flatness
4 – 6λ
Coating Specification
Ravg >97% @ 700 – 2000nm Ravg >96% @ 2000 – 10000nm
Wavelength Range
700-10000
Edges
Cut, 0.5mm Maximum Edge Chip
Surface Quality
60-40
Typical Energy Density Limit
0.8 J/cm2 @ 1064nm, 10ns
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Protected Gold Mirror, 6.35mm Diameter, 4-6λ
Optical Coating
Protected Gold
Substrate
Soda Lime Float Glass
Size (mm)
6.35 Diameter
Size Tolerance
±0.25
Thickness
2.0
Angle of Incidence
0°
Surface Flatness
4 – 6λ
Coating Specification
Ravg >97% @ 700 – 2000nm Ravg >96% @ 2000 – 10000nm
Wavelength Range
700-10000
Edges
Cut, 0.5mm Maximum Edge Chip
Surface Quality
60-40
Typical Energy Density Limit
0.8 J/cm2 @ 1064nm, 10ns
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Protected Gold Mirror, 60 x 85mm, 4-6λ
Optical Coating
Protected Gold
Substrate
Soda Lime Float Glass
Size (mm)
60.0 x 85.0
Size Tolerance
±0.25
Thickness
3.0
Angle of Incidence
0°
Surface Flatness
4 – 6λ
Coating Specification
Ravg >97% @ 700 – 2000nm Ravg >96% @ 2000 – 10000nm
Wavelength Range
700-10000
Edges
Cut, 0.5mm Maximum Edge Chip
Surface Quality
60-40
Typical Energy Density Limit
0.8 J/cm2 @ 1064nm, 10ns
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Protected Gold Mirror, 75 x 100mm, 4-6λ
Optical Coating
Protected Gold
Substrate
Soda Lime Float Glass
Size (mm)
75.0 x 100.0
Size Tolerance
±0.25
Thickness
3.0
Angle of Incidence
0°
Surface Flatness
4 – 6λ
Coating Specification
Ravg >97% @ 700 – 2000nm Ravg >96% @ 2000 – 10000nm
Wavelength Range
700-10000
Edges
Cut, 0.5mm Maximum Edge Chip
Surface Quality
60-40
Typical Energy Density Limit
0.8 J/cm2 @ 1064nm, 10ns
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Protected Gold Mirror, 75 x 75mm, 4-6λ
Optical Coating
Protected Gold
Substrate
Soda Lime Float Glass
Size (mm)
75.0 x 75.0
Size Tolerance
±0.25
Thickness
3.0
Angle of Incidence
0°
Surface Flatness
4 – 6λ
Coating Specification
Ravg >97% @ 700 – 2000nm Ravg >96% @ 2000 – 10000nm
Wavelength Range
700-10000
Edges
Cut, 0.5mm Maximum Edge Chip
Surface Quality
60-40
Typical Energy Density Limit
0.8 J/cm2 @ 1064nm, 10ns
Protected Gold Mirrors
Evaporated Metal Films (EMF)
Protected Gold Mirrors
Protected Gold Mirror
A protected gold mirror coating is ideal for applications requiring high reflectance in the Near Infrared (NIR) and Infrared (IR) wavelengths. Gold mirrors are used in IR wavelengths when you want an aperture that is not possible to achieve out of a lens or you need to have a very flat spectral response curve (reflectivity vs. wavelength) over a large wavelength range.
Since a durable coating is necessary for most applications, EMF offers its protected gold mirrors with a dielectric overcoat. The overcoat is layered over the gold coating to protect it from damage and make cleaning easier. EMF gold mirrors are relatively insensitive to the angle of incidence. Buy online or contact EMF for custom gold mirrors available in different shapes and sizes.