Hot Mirrors perform as their name states: they reflect the heat and transmit the visible light. All of the coatings are classified as hard, first-surface dielectric, and will meet or exceed the specified humidity and abrasion specifications. To prevent cracking or crazing from high heat applications, all coatings are deposited onto a low-expansion material such as borosilicate glass.
BENEFITS
Transmits visible wavelengths and reflects near-IR heat-generating wavelengths
Prevents cracking or crazing from high-heat applications
COMMON APPLICATIONS
Projection systems
Photocopiers
Surgical and dental lighting
Film and photographic apparatus
Illumination systems
Scientific instruments
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Hot Mirror General Specifications
Hot Mirrors perform as their name states: they reflect the heat and transmit the visible light. All of the coatings are classified as hard, first-surface dielectric, and will meet or exceed the specified humidity and abrasion specifications. To prevent cracking or crazing from high heat applications, all coatings are deposited onto a low-expansion material such as borosilicate glass.
BENEFITS
- Transmits visible wavelengths and reflects near-IR heat-generating wavelengths
- Prevents cracking or crazing from high-heat applications
COMMON APPLICATIONS
- Projection systems
- Photocopiers
- Surgical and dental lighting
- Film and photographic apparatus
- Illumination systems
- Scientific instruments
Show More Information
Hot Mirror General Specifications
