Page 3 - Metallic Mirrors

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 ...

Specifications

Reflective Coating: Protected Aluminum, Protected Silver, Protected Gold
Substrate: BK7, Fused Silica
Average Reflectance: 90 %
Wavelength Range: 400-12000nm
Surface Flatness: lambda/4
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: ...

Specifications

Reflective Coating: Protected Aluminum, Protected Silver, Protected Gold
Substrate: BK7, Fused Silica, UV Fused Silica
Average Reflectance: 90 %
Wavelength Range: 400-12000nm
Surface Flatness: lambda/4
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 ...

Specifications

Reflective Coating: Protected Aluminum, Protected Silver
Substrate: UV Fused Silica
Average Reflectance: 95 %
Wavelength Range: 500-1000nm
Surface Flatness: lambda/10
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 ...

Specifications

Reflective Coating: Protected Aluminum, Protected Silver
Substrate: UV Fused Silica
Average Reflectance: 95 %
Wavelength Range: 500-1000nm
Surface Flatness: lambda/10
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 ...

Specifications

Reflective Coating: Protected Aluminum, Protected Silver
Substrate: UV Fused Silica
Average Reflectance: 95 %
Wavelength Range: 500-1000nm
Surface Flatness: lambda/10
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 ...

Specifications

Reflective Coating: Protected Aluminum, Protected Silver
Substrate: UV Fused Silica
Average Reflectance: 95 %
Wavelength Range: 500-1000nm
Surface Flatness: lambda/10
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 ...

Specifications

Reflective Coating: Protected Aluminum, Protected Silver
Substrate: UV Fused Silica
Average Reflectance: 95 %
Wavelength Range: 500-1000nm
Surface Flatness: lambda/10
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 ...

Specifications

Reflective Coating: Protected Aluminum, Protected Silver
Substrate: BK7
Average Reflectance: 95 %
Wavelength Range: 500-1000nm
Surface Flatness: lambda/10
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 ...

Specifications

Reflective Coating: Protected Aluminum, Protected Silver
Substrate: BK7
Average Reflectance: 95 %
Wavelength Range: 500-1000nm
Surface Flatness: lambda/10
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 ...

Specifications

Reflective Coating: Protected Aluminum, Protected Silver
Substrate: BK7
Average Reflectance: 95 %
Wavelength Range: 500-1000nm
Surface Flatness: lambda/10
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 ...

Specifications

Reflective Coating: Protected Aluminum, Protected Silver
Substrate: BK7
Average Reflectance: 95 %
Wavelength Range: 500-1000nm
Surface Flatness: lambda/10
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 ...

Specifications

Reflective Coating: Protected Aluminum, Protected Silver
Substrate: BK7
Average Reflectance: 95 %
Wavelength Range: 500-1000nm
Surface Flatness: lambda/10
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 ...

Specifications

Reflective Coating: Protected Aluminum, Protected Silver
Substrate: BK7
Average Reflectance: 95 %
Wavelength Range: 500-1000nm
Surface Flatness: lambda/10
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 ...

Specifications

Reflective Coating: Protected Aluminum, Protected Silver
Substrate: BK7
Average Reflectance: 95 %
Wavelength Range: 500-1000nm
Surface Flatness: lambda/6
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 ...

Specifications

Reflective Coating: Protected Aluminum, Protected Silver
Substrate: BK7
Average Reflectance: 95 %
Wavelength Range: 500-1000nm
Surface Flatness: lambda/6
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 ...

Specifications

Reflective Coating: Protected Aluminum, Protected Silver
Substrate: BK7
Average Reflectance: 95 %
Wavelength Range: 500-1000nm
Surface Flatness: lambda/6
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 ...

Specifications

Reflective Coating: Protected Aluminum, Protected Silver
Substrate: BK7
Average Reflectance: 95 %
Wavelength Range: 500-1000nm
Surface Flatness: lambda/6
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 ...

Specifications

Reflective Coating: Protected Aluminum, Protected Silver
Substrate: BK7
Average Reflectance: 95 %
Wavelength Range: 500-1000nm
Surface Flatness: lambda/6