![[LCE-03004-00] AR Optical Film](/web/image/product.template/12955/image_1024/%5BLCE-03004-00%5D%20AR%20Optical%20Film?unique=1655630)
AR Optical Film
PN: LCE-03004-00
Anti-reflection optical film for display surface enhancement. Select the substrate, adhesive, surface finish and optical requirements for the intended stack.
Thin Films & Coatings
![[LCE-03005-00] HEA Optical Film](/web/image/product.template/12956/image_1024/%5BLCE-03005-00%5D%20HEA%20Optical%20Film?unique=1655630)
HEA Optical Film
PN: LCE-03005-00
HEA optical film for display reflection-control applications, selected to suit the substrate, viewing requirements and assembly process.
![[LCE-03006-00] ITO Conductive Optical Film](/web/image/product.template/12957/image_1024/%5BLCE-03006-00%5D%20ITO%20Conductive%20Optical%20Film?unique=1655630)
ITO Conductive Optical Film
PN: LCE-03006-00
Transparent ITO-coated optical film for conductive display-layer applications. The electrical contacts and final function are defined for each design.
![[LCE-03007-00] IR-Rejecting Hot-Mirror Coating](/web/image/product.template/12958/image_1024/%5BLCE-03007-00%5D%20IR-Rejecting%20Hot-Mirror%20Coating?unique=1655630)
IR-Rejecting Hot-Mirror Coating
PN: LCE-03007-00
Hot-mirror coating or coated substrate that transmits visible light while reflecting infrared. Select the spectral band and incidence angle for the display optical path.
HEA2000k Matte Optical Film - 11 x 5 in
HEA2000k matte optical film in an 11 x 5 inch format for display optical development. Discuss the required surface finish, handling and application with our team.
![[IRF-03025-00] IRF / Hot mirror, 45° incidence, 12.5 mm diameter / 12.5 mm diameter / 45° incidence](/web/image/product.product/10084/image_1024/%5BIRF-03025-00%5D%20IRF%20-%20Hot%20mirror%2C%2045%C2%B0%20incidence%2C%2012.5%20mm%20diameter%20-%2012.5%20mm%20diameter%20-%2045%C2%B0%20incidence?unique=ae09d62)
IRF / Hot mirror, 45° incidence, 12.5 mm diameter / 12.5 mm diameter / 45° incidence
PN: IRF-03025-00
Visible-transmitting, infrared-reflecting mirror for 45° incidence. Diameter 12.5 mm; thickness 1.10 ±0.20 mm. Average transmission exceeds 85% over 400–690 nm and average reflectance exceeds 95% over 750–1125 nm. No NVIS qualification is implied.
Development reference — further application development and verification required. Define the source, geometry, spectral limits and operating conditions before release. Finished-display NVIS compliance is not established.
Development reference — further application development and verification required. Define the source, geometry, spectral limits and operating conditions before release. Finished-display NVIS compliance is not established.