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High Reflector
Silicon Valley Optics Technology
Svotek High Reflector for scientific and industrial applications. 
  • Reflective Coating: Custom
  • Substrate: Zerodur, BK7
  • Average Reflectance: 45 %
  • Wavelength Range: 488 - 700 nm
  • Surface Flatness: lambda/20
  • ...
Data Sheet
Ealing offers a range of protected aluminum flat mirrors in four different qualities. Select from interferometer to utility quality based upon the application at hand. The 25.4 and 50.8 mm mirrors can be held with our mirror mounts. The 76.2 and 101.6 mm mirrors would best be mounted with kinematic mirror mounts.  
  • Reflective Coating: Protected Aluminum
  • Substrate: Fused Silica
  • Average Reflectance: 80 %
  • Wavelength Range: 300 - 20000 nm
  • Surface Flatness: lambda/20
  • ...
Data Sheet
Dimension Tolerance +0.0/-0.2mm Thickness Tolerance ±0.2mm Clear Aperture >90% Flatness λ/4@632.8nm per 25mm range Centration <3 arc minutes Surface Quality 60/40 scratch and dig Coating Metal coating on one surface, rear surface ground or inspection polishedEnhanced Aluminum: Ravg>90%@400-700nmProtected ...
  • Reflective Coating: Protected Aluminum, Protected Silver, Protected Gold
  • Substrate: BK7, Fused Silica
  • Average Reflectance: 90 %
  • Wavelength Range: 400 - 12000 nm
  • Surface Flatness: lambda/4
  • ...
Data Sheet
Dimension Tolerance +0.0/-0.2mm Thickness Tolerance ±0.2mm Clear Aperture >90% Flatness Refer to below list Surface Quality 60/40 scratch and dig Coating Metal coating on one surface, rear surface ground or inspection polishedEnhanced Aluminum: Ravg>90%@400-700nmProtected Aluminum: Ravg>87%@400-1200nmProtected Silver: ...
  • Reflective Coating: Protected Aluminum, Protected Silver, Protected Gold
  • Substrate: BK7, Fused Silica, UV Fused Silica
  • Average Reflectance: 90 %
  • Wavelength Range: 400 - 12000 nm
  • Surface Flatness: lambda/4
  • ...
Data Sheet
For steering few-cycle pulse beams, usually protected silver mirrors are the first choice and widely used, since they deliver a broadband reflectivity without dispersion problems or angle dependence at a very competitive price. A protected silver mirror that is enhanced for femtosecond applications and tested for sub-5fs pulses. This ...
  • Reflective Coating: Protected Silver
  • Average Reflectance: 99 %
  • Wavelength Range: 600 - 1200 nm
  • Surface Flatness: lambda/10
  • Surface Quality: 10-5 scratch-dig
  • ...
Data Sheet
Mirrors have a highly polished surface for reflecting light. The reflecting surface is usually a thin coating of aluminum or silver. Most mirrors for optical applications are called first surface types since the coating is on the front surface thereby eliminating the optical properties of the glass from affecting the incident or ...
  • Reflective Coating: Protected Aluminum, Protected Silver
  • Substrate: UV Fused Silica
  • Average Reflectance: 95 %
  • Wavelength Range: 500 - 1000 nm
  • Surface Flatness: lambda/10
  • ...
Data Sheet
Mirrors have a highly polished surface for reflecting light. The reflecting surface is usually a thin coating of aluminum or silver. Most mirrors for optical applications are called first surface types since the coating is on the front surface thereby eliminating the optical properties of the glass from affecting the incident or ...
  • Reflective Coating: Protected Aluminum, Protected Silver
  • Substrate: UV Fused Silica
  • Average Reflectance: 95 %
  • Wavelength Range: 500 - 1000 nm
  • Surface Flatness: lambda/10
  • ...
Data Sheet
Mirrors have a highly polished surface for reflecting light. The reflecting surface is usually a thin coating of aluminum or silver. Most mirrors for optical applications are called first surface types since the coating is on the front surface thereby eliminating the optical properties of the glass from affecting the incident or ...
  • Reflective Coating: Protected Aluminum, Protected Silver
  • Substrate: UV Fused Silica
  • Average Reflectance: 95 %
  • Wavelength Range: 500 - 1000 nm
  • Surface Flatness: lambda/10
  • ...
Data Sheet
Mirrors have a highly polished surface for reflecting light. The reflecting surface is usually a thin coating of aluminum or silver. Most mirrors for optical applications are called first surface types since the coating is on the front surface thereby eliminating the optical properties of the glass from affecting the incident or ...
  • Reflective Coating: Protected Aluminum, Protected Silver
  • Substrate: UV Fused Silica
  • Average Reflectance: 95 %
  • Wavelength Range: 500 - 1000 nm
  • Surface Flatness: lambda/10
  • ...
Data Sheet
Mirrors have a highly polished surface for reflecting light. The reflecting surface is usually a thin coating of aluminum or silver. Most mirrors for optical applications are called first surface types since the coating is on the front surface thereby eliminating the optical properties of the glass from affecting the incident or ...
  • Reflective Coating: Protected Aluminum, Protected Silver
  • Substrate: UV Fused Silica
  • Average Reflectance: 95 %
  • Wavelength Range: 500 - 1000 nm
  • Surface Flatness: lambda/10
  • ...
Data Sheet
Mirrors have a highly polished surface for reflecting light. The reflecting surface is usually a thin coating of aluminum or silver. Most mirrors for optical applications are called first surface types since the coating is on the front surface thereby eliminating the optical properties of the glass from affecting the incident or ...
  • Reflective Coating: Protected Aluminum, Protected Silver
  • Substrate: BK7
  • Average Reflectance: 95 %
  • Wavelength Range: 500 - 1000 nm
  • Surface Flatness: lambda/10
  • ...
Data Sheet
Mirrors have a highly polished surface for reflecting light. The reflecting surface is usually a thin coating of aluminum or silver. Most mirrors for optical applications are called first surface types since the coating is on the front surface thereby eliminating the optical properties of the glass from affecting the incident or ...
  • Reflective Coating: Protected Aluminum, Protected Silver
  • Substrate: BK7
  • Average Reflectance: 95 %
  • Wavelength Range: 500 - 1000 nm
  • Surface Flatness: lambda/10
  • ...
Data Sheet
Mirrors have a highly polished surface for reflecting light. The reflecting surface is usually a thin coating of aluminum or silver. Most mirrors for optical applications are called first surface types since the coating is on the front surface thereby eliminating the optical properties of the glass from affecting the incident or ...
  • Reflective Coating: Protected Aluminum, Protected Silver
  • Substrate: BK7
  • Average Reflectance: 95 %
  • Wavelength Range: 500 - 1000 nm
  • Surface Flatness: lambda/10
  • ...
Data Sheet
Mirrors have a highly polished surface for reflecting light. The reflecting surface is usually a thin coating of aluminum or silver. Most mirrors for optical applications are called first surface types since the coating is on the front surface thereby eliminating the optical properties of the glass from affecting the incident or ...
  • Reflective Coating: Protected Aluminum, Protected Silver
  • Substrate: BK7
  • Average Reflectance: 95 %
  • Wavelength Range: 500 - 1000 nm
  • Surface Flatness: lambda/10
  • ...
Data Sheet
Mirrors have a highly polished surface for reflecting light. The reflecting surface is usually a thin coating of aluminum or silver. Most mirrors for optical applications are called first surface types since the coating is on the front surface thereby eliminating the optical properties of the glass from affecting the incident or ...
  • Reflective Coating: Protected Aluminum, Protected Silver
  • Substrate: BK7
  • Average Reflectance: 95 %
  • Wavelength Range: 500 - 1000 nm
  • Surface Flatness: lambda/10
  • ...
Data Sheet
Mirrors have a highly polished surface for reflecting light. The reflecting surface is usually a thin coating of aluminum or silver. Most mirrors for optical applications are called first surface types since the coating is on the front surface thereby eliminating the optical properties of the glass from affecting the incident or ...
  • Reflective Coating: Protected Aluminum, Protected Silver
  • Substrate: BK7
  • Average Reflectance: 95 %
  • Wavelength Range: 500 - 1000 nm
  • Surface Flatness: lambda/10
  • ...
Data Sheet
Mirrors have a highly polished surface for reflecting light. The reflecting surface is usually a thin coating of aluminum or silver. Most mirrors for optical applications are called first surface types since the coating is on the front surface thereby eliminating the optical properties of the glass from affecting the incident or ...
  • Reflective Coating: Protected Aluminum, Protected Silver
  • Substrate: BK7
  • Average Reflectance: 95 %
  • Wavelength Range: 500 - 1000 nm
  • Surface Flatness: lambda/6
  • ...
Data Sheet
Mirrors have a highly polished surface for reflecting light. The reflecting surface is usually a thin coating of aluminum or silver. Most mirrors for optical applications are called first surface types since the coating is on the front surface thereby eliminating the optical properties of the glass from affecting the incident or ...
  • Reflective Coating: Protected Aluminum, Protected Silver
  • Substrate: BK7
  • Average Reflectance: 95 %
  • Wavelength Range: 500 - 1000 nm
  • Surface Flatness: lambda/6
  • ...
Data Sheet
Mirrors have a highly polished surface for reflecting light. The reflecting surface is usually a thin coating of aluminum or silver. Most mirrors for optical applications are called first surface types since the coating is on the front surface thereby eliminating the optical properties of the glass from affecting the incident or ...
  • Reflective Coating: Protected Aluminum, Protected Silver
  • Substrate: BK7
  • Average Reflectance: 95 %
  • Wavelength Range: 500 - 1000 nm
  • Surface Flatness: lambda/6
  • ...
Data Sheet
Mirrors have a highly polished surface for reflecting light. The reflecting surface is usually a thin coating of aluminum or silver. Most mirrors for optical applications are called first surface types since the coating is on the front surface thereby eliminating the optical properties of the glass from affecting the incident or ...
  • Reflective Coating: Protected Aluminum, Protected Silver
  • Substrate: BK7
  • Average Reflectance: 95 %
  • Wavelength Range: 500 - 1000 nm
  • Surface Flatness: lambda/6
  • ...
Data Sheet

Did You know?

The earliest man-made mirror was from a polished stone such as Obsidian (a naturally occurring volcanic glass). Glass mirrors were first produced during the third century A.D., and were quite common in Egypt, Gaul, Germany and Asia. Subsequently, metal-coated glass mirrors were invented in Sidon (modern-day Lebanon) in the first century AD. It was not until 1835 that Justus Von Leibig – a German scientist – invented the first modern silver-glass mirror. Mirrors can be made simply by putting a layer of reflective coating on glass sheets which is a convenient material because of its transparency, rigidity, hardness, smoothness, while durability and reflectivity are the main choices of the coating.