Tower Optical Corporation Borosilicate Type Glass Hot Mirrors

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 wavelength range for an average transmission of 85% through the hot mirror is 420 - 700nm. The reflective range for the hot mirror for R>95% is 800 - 1000nm. Additionally, R>50% from 735 - 1080nm. Features of Hot Mirrors . High transmission for the visible range . High reflection for infrared . Removes heat . Uses Borofloat® type glass . Dielectric Coating . AOI's of 0º or 45º . Custom mirrors to your configuration
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 wavelength range for an average transmission of 85% through the hot mirror is 420 - 700nm. The reflective range for the hot mirror for R>95% is 800 - 1000nm. Additionally, R>50% from 735 - 1080nm. Features of Hot Mirrors . High transmission for the visible range . High reflection for infrared . Removes heat . Uses Borofloat® type glass . Dielectric Coating . AOI's of 0º or 45º . Custom mirrors to your configuration

Suppliers

Company
Product
Description
Supplier Links
Borosilicate Type Glass Hot Mirrors -  - Tower Optical Corporation
Boynton Beach, FL, USA
Borosilicate Type Glass Hot Mirrors
Borosilicate Type Glass Hot Mirrors
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 wavelength range for an average transmission of 85% through the hot mirror is 420 - 700nm. The reflective range for the hot mirror for R>95% is 800 - 1000nm. Additionally, R>50% from 735 - 1080nm. Features of Hot Mirrors . High transmission for the visible range . High reflection for infrared . Removes heat . Uses Borofloat® type glass . Dielectric Coating . AOI's of 0º or 45º . Custom mirrors to your configuration

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 wavelength range for an average transmission of 85% through the hot mirror is 420 - 700nm. The reflective range for the hot mirror for R>95% is 800 - 1000nm. Additionally, R>50% from 735 - 1080nm.

Features of Hot Mirrors
. High transmission for the visible range
. High reflection for infrared
. Removes heat
. Uses Borofloat® type glass
. Dielectric Coating
. AOI's of 0º or 45º
. Custom mirrors to your configuration

Supplier's Site

Technical Specifications

  Tower Optical Corporation
Product Category Optical Filters
Product Name Borosilicate Type Glass Hot Mirrors
Filter Type Hot Mirrors
Unlock Full Specs
to access all available technical data

Similar Products

Gurley Precision Instruments
Specs
Filter Type Neutral Density Filters
Application Infrared
Filter Shape Circular
View Details
Filter -  - CRYSTECH, Inc.
CRYSTECH, Inc.
Specs
Filter Type Bandpass / Interference Filters
Application Infrared; Visible
Filter Shape Rectangular
View Details
Longpass Filter, Colored-Glass Alternative, 25.4 mm, 800 nm Cut-on - 10CGA-800 - Newport MKS
Specs
Filter Type Color Filters; Long Pass Filters; Colored Glass Alternative Longpass Filter
Filter Diameter, Side Length, or Rectangular Length 25.4 mm (1 inch)
Rectangular Width 25.4 mm (1 inch)
View Details
Silicon IR Longpass Filters -  - Changchun Yutai Optics Co., Ltd.
Changchun Yutai Optics Co., Ltd.
Specs
Filter Type Long Pass Filters
Application Infrared
Thickness 0.5000 to 6 mm (0.0197 to 0.2362 inch)
View Details