Products & Services
See also: Categories | Featured Products | Technical Articles | Engineering Web Results-
Supplier: Rolyn Optics Company
Description: Optical mirrors for a variety of applications.
- Filter Type: Cold Mirrors
- Filter Shape: Square
- Incidence: 0° Incidence
-
Supplier: Knight Optical Ltd.
Description: Hot mirrors (0). 120x80mm At 0° incidence Hot Mirrors transmit the visible and reflect the near infra-red (heat) spectrum typically found in tungsten light sources. Hot Mirrors therefore remove much of the energy that can cause heating in a lighting system. Hot Mirrors can be used
- Filter Type: Hot Mirrors
-
Supplier: Tower Optical Corporation
Description: Hot Mirrors are used in applications when there is the requirement to separate visible light from heat. The hot mirror accomplishes this by reflecting the heat. The use of Borosilicate type glass allows operation in high temperatures. Operation at an AOI of 0º is preferred. The most common
- Incidence: 45º Incidence
- Mirror Materials: BK7 Glass
- Mirror Coatings: Dielectric
- Surface Quality: 80-50 Scratch / Dig
-
Supplier: Chroma Technology Corp.
Description: 21002b Hot Mirror 26mm - 50mm
-
Supplier: Abrisa Technologies
Description: Hot Mirrors are designed to remove (reflect) infrared heat in an optical system and transmit visible energy. The HM-VS-1150 Hot Mirror, formerly known as Hot Mirror #102, design has been optimized to have much higher and color neutral visible transmission than conventional Hot Mirrors. The HM-VS
- Mirror Shape: Round
- Mirror Materials: Other Mirror Material
- Mirror Types: Flat Mirror
-
Supplier: Knight Optical Ltd.
Description: Hot mirrors (0). 50mmdia At 0° incidence Hot Mirrors transmit the visible and reflect the near infra-red (heat) spectrum typically found in tungsten light sources. Hot Mirrors therefore remove much of the energy that can cause heating in a lighting system. Hot Mirrors can be used
- Filter Type: Hot Mirrors
-
Supplier: Andover Corporation
Description: at 45° to the incident radiation. This configuration will transmit a major portion of the systems heat while reflecting the visible light. The second component in the optical path should be a hot mirror mounted perpendicular to the light beam. This mirror will reflect the remaining heat while
- Filter Type: Hot Mirrors
- Filter Shape: Circular
- Filter Surface Quality: 80-50 Scratch / Dig
- Incidence: 0° Incidence
-
Supplier: Thorlabs, Inc.
Description: Thorlabs Soda-Lime Hot Mirrors are perfect for keeping unwanted heat from reaching sensitive areas of your setup. In applications where heat build up is a concern, a 0 incidence hot mirror provides a means of protection by blocking the IR. Thorlabs Soda-Lime Cold Mirrors work to transmit IR energy
- Application: Visible (VIS)
- Filter Shape: Circular
- Filter Type: Bandpass / Interference Filters, Hot Mirrors
- Application Specific: Visible (VIS)
-
Supplier: Optarius
Description: R>95% @ 725-1100nm, T>90% @ 420-680nm
- Filter Type: Hot Mirrors
- Filter Shape: Circular
- Filter Surface Quality: 80-50 Scratch / Dig
-
Supplier: Ross Optical Industries
Description: Heat absorbing filters absorb heat and transmit visible. They can be used in lighting systems to remove heat form the light source.
-
Supplier: Argyle International, Inc.
Description: Filter designs include-- Colored glass High and low pass coatings Band pass, either wide or narrow Hot and cold mirrors Polarizing Custom designs and coating specifications are always possible. Contact Argyle for further information. Substrate Options: Glasses Pyrex®
-
Supplier: Abrisa Technologies
Description: to 20 microns, from the ultraviolet (UV) out to the far infrared (IR). More thin film optical coating products include front surface mirrors (94% and 97%), first surface mirrors, dichroic filters, bandpass color filters, Anti-Reflective (AR) acrylic, beam splitters, metal coatings, precision hot mirrors
- Coating: Antireflection, Beamsplitter, Dielectric, Filter, High-Reflector, ITO, Metal, Mirror, Protective, Other
- Wavelength Range: UV, IR
- Substrate Materials: Glass
- Regional Preference: North America, United States Only, Southwest US Only
-
Supplier: QImaging
Description: even when camera is in binning modes Filter element can be removed from the optical path for monochrome imaging Solid-state liquid crytal filter provides vibration-free color imaging Integrated 'Hot Mirror' filters IR light for improved color imaging Switch between color, monochrome
- Filter Type: Color Filters
-
Supplier: Knight Optical Ltd.
Description: . These stock quartz windows can be AR coated or HOT mirror coated for custom applications.
- Window Shape: Circular
- Materials: Specialty / Other
Find Suppliers by Category Top
Featured Products for Optical Hot Mirror Top
-
PIXELTEQ
Custom Optical Mirrors!
PIXELTEQ offers custom optical mirrors to meet your requirements including hot and cold mirrors, Dichroic mirrors and broadband mirrors. Broadband Mirrors: Dielectric and metal coatings (enhanced silver, enhanced aluminum, gold) are used for high reflectivity reflectors and fold mirrors in illumination and projection as well as other custom optics. BENEFITS: Highest light output from VIS up to IR. Excellent environmental stability. Virtually free of polarization effects. Very low angle... (read more)
Browse Optical Mirrors Datasheets for PIXELTEQ -
LaCroix Optical Co.
Mirrors
Made from any optical or filter glass, fused silica or Zerodur, LaCroix delivers the widest range of custom precision optics. Custom and Multi-layer Dielectric. Aluminum. Protected and Enhanced Aluminum. Cold and Hot Dielectric (read more)
Browse Optical Mirrors Datasheets for LaCroix Optical Co. -
Abrisa Technologies
Hot Mirrors - Ideal for Heat Control Applications
with moderate infrared attenuation. HM-VS-3000 Filter – combines reflectance and absorptance to block a very wide band in the infrared while maintaining good visible transmittance. HM-UV-1050 UV Pass Hot Mirror – designed to transmit more than 80% on average from 245 to 460 nm and reflect more than 70% on average from 800-1050 nm. Standard hot mirror provided by ZC &R/Abrisa Technologies, have been designed to be used in optical systems at angles of incidence varying between 0... (read more)
Browse Hot Mirrors and Cold Mirrors Datasheets for Abrisa Technologies -
Cascade Optical Corp.
Hot Mirrors-Reduce NIR-Electromagnetic Radiation
that the pilot may see the IR spectrum on the ground with infrared goggles and not encounter interference or "noise" energy generated by the display panel in the cockpit. It is also very common to have a combination of "hot/cold" mirrors working in conjunction with one another for dental illumination. Behind the light source the reflector is a "cold" Mirror, reflecting only the useful visible light towards the patient and "heat sinking" the NIR. Then, in front of the illuminant a "hot" mirror... (read more)
Browse Hot Mirrors and Cold Mirrors Datasheets for Cascade Optical Corp. -
LaCroix Optical Co.
Custom Optical Mirrors
Made from any optical or filter glass, fused silica or Zerodur, LaCroix Optical delivers the widest range of custom precision optics. Custom and Multi-layer Dielectric. Aluminum. Protected and Enhanced Aluminum. Cold and Hot Dielectric (read more)
Browse Optical Mirrors Datasheets for LaCroix Optical Co. -
Knight Optical Ltd.
Quality Filters and Mirrors for Fluorescence
an ion-plated dielectric multilayer coating which provides excellent durability and are not largely affected by temperature changes. Their backs are multilayer AR coated to eliminate the spurious reflection. They are available for use in visible with a 50/50 split ratio. 3. Optical Mirrors. Our optical mirrors are to be found in excitation and emission monochromators to project light on to detectors and LEDs at the optimum angle of incidence. We offer a variety of mirror grades, ranging from... (read more)
Browse Optical Filters Datasheets for Knight Optical Ltd. -
Cascade Optical Corp.
Metal-Dielectric Mirror Coating
cleanable with tissues soaked in alcohol or acetone. Bare gold mirrors are commonly used in instruments where mirrors cannot have any polarization effects. Of course chemical and environmental durability of gold are another important reasons why gold can be used as optical mirror without any protective layer. However, if mirror has to meet either moderate or severe abrasion then gold coating has to be protected with one or more hard dielectric layers. Thickness of dielectric layers is selected... (read more)
Browse Coating Services Datasheets for Cascade Optical Corp. -
Cascade Optical Corp.
Dielectric Mirrors
quality guaranty a very high laser induced damage threshold. Next plot shows spectral performance of the high power laser mirror designed to operate @ 1064 nm over 0°±30° with reflection higher than 99.95% for R, Rs and Rp. Our HR coatings designed to operate from 1030 to 1310 nm showed no laser-induced damage when exposed to 10 MW/cm² power density of CW laser. Several of our laser line mirrors designed to operate within 1030 and 1310 range passed tests with 10 J/cm² @ 3 ns pulsewidth... (read more)
Browse Optical Coating Services Datasheets for Cascade Optical Corp. -
Cascade Optical Corp.
Metal-Dielectric Mirrors
Cascade Optical Coating, Inc.'s protected and enhanced Aluminum, Silver, and Gold mirror coatings meet and exceed all requirements of MIL-M-13508 when deposited on glass, ceramics, crystals, Ni-plated Al and Be, diamond turned Aluminum, and some polymers and polycarbonates. (read more)
Browse Optical Coating Services Datasheets for Cascade Optical Corp. -
Argyle International, Inc.
Custom Optical Filters
Filter designs include--. Colored glass. High and low pass coatings. Band pass, either wide or narrow. Hot and cold mirrors. Polarizing. Substrate options. Custom designs and coating specifications are always possible. _____________________________________________________________________. Click here to download our brochure. _____________________________________________________________________. Contact Argyle for further information. Emails: Technical: info@argyleoptics.com. Sales:  ... (read more)
Browse Optical Filters Datasheets for Argyle International, Inc.
Conduct Research Top
-
Challenges in Infrared Imaging: Low Emissivities of Hot Gases, Metals, and Metallic Cavities
. First, hot gases are studied, which - depending on the so called optical depth - may have e-values well below 0.01. Second, polished metals are important in practical work. Using the same specimen, e-changes occur when shifting from SW to LW camera systems. In order to better deal. Microsoft Word
-
Advances in Interferometric Metrology
In the testing of optical components and optical systems there are many requirements on the precision and accuracy, measurement time, ease of use, dynamic range, and environmental conditions. Interferometry, and in particular phase-shifting interferometry, has the precision and potential accuracy
-
Guide to Glass (.pdf)
or. computer screens. Glare-reducing filters cause light traveling through the filter to be cancel ed when reflected off the. surface of the screen on its return to the eye. Coatings. Blocks/Reflects. Passes. Description. Hot Mirror. IR. Visible. UV Hot Mirror. UV/IR. Visible. Cold Mirror. UV/Visible. IR. UV
-
Fiber Optics: Multimode Transmissions
is less than the critical angle. An examp le of total. internal reflection is a mirage as viewed over a hot road. Figure 7 - Mirage - illustrates how an optical illusion is. created when light passes from cool air into warmer (less
-
GenFlectiveTM Technology
a shatterproof construction similar to the properties of automotive windshields. An additional benefit is the optical-friendly integration of other options, such as heaters, EMI filters, hot mirrors (IR filters) and more. Another combination utilizes low power active enhancement, which allows overdriving
-
Laser Welding Carbon Nanocomposites
in the initial experimentation to quantify weld strength. The experimentation included a complete analysis of the transmission characteristics of the base polymer at 810 nm and 1,064 nm wavelengths, an optical microscope view of the weld cross-section, and transmission welding experimentation. þÿ
-
UV Blocking Glass Benefits for Dental Curing Lights (.pdf)
alone. generates enough heat to be uncomfortable to the patient and sometimes it is enough to damage. surrounding tissue. One way to limit the amount of heat exposure the tissue is experiencing is to util-. ize a UV blocking glass with an IR reflecting hot mirror. In combination with a band pass
-
Advanced Test Equipment Can Shorten Time to Market for New Fiber Optic Communication Gear
. systems) technology in its tunable products. This technology uses tiny movable. mirrors to change the wavelength of its semiconductor lasers. Besides its other. advantages, such tunability opens up the potential for optical networks to change. wavelengths in real time, so traffic can be monitored
Engineering Web Search: Optical Hot Mirror Top
-
Mirror - Wikipedia, the free encyclopedia
The mirror was constructed from an optical flat with a flatness of /20, which equates to a surface deviation less than 31.6 nanometers.
-
Diffraction - Wikipedia, the free encyclopedia
Solar glory at the steam from hot springs.
-
Jet Propulsion Laboratory Herschel Mission Home Page
Stars and other cosmic objects that are hot enough to shine at optical wavelengths are often hidden behind vast dust clouds that absorb the visible
-
White Dwarfs - Introduction
act like one, pulling the star inward, while the pressure created by the hot gas in the core pushes to get out.
-
Optical Mirrors - Optical Mirror | Edmund Optics
substrate Optical Mirrors are ideal for applications requiring a constant coefficient of thermal expansion between the Optical Mirror and the mount.
-
Extended Hot Mirrors | Edmund Optics
Extended Hot Mirrors are designed to reduce the heat in an optical system without sacrificing the system???s visible output.
-
Chandra :: Field Guide to X-ray Astronomy ::...
How do X-ray telescopes differ from optical telescopes?
-
Hot Mirrors and Cold Mirrors Information on GlobalSpec
Home > Optical Components and Optics > Optical Components > Learn More About Hot Mirrors and Cold Mirrors