Avery Dennison Automotive Window Tint Film Shield IR 80 77% VLT

Description

Avery Dennison Automotive Window Tint Film Shield IR 80 77% VLT
Automotive Window FIlm
Avery Dennison® Shield IR 80 automotive window film is an optically clear window film that provides virtually invisible UV protection. Shield IR 80 utilizes nanotechnology to reject infrared heat and solar energy without any visual distortion or noticeable darkening. Shield IR rejects 44% of the total solar energy, making it the perfect solution for solar protection of factory installed privacy glass.
Product Overview
Shield IR 80
Automotive Window Film
Virtually Invisible UV Protection
Series Shield IR 80
Infrared Spectrally-Selective
Technology Nanotechnology
Color Tone Light Blue
Construction 2-Ply Weatherable
Thickness 2 Mil
Warranty Lifetime, Limited Non-Transferable1
Color Stable Yes
Avery Dennison®
Avery Dennison® Shield IR 80 automotive
window film delivers exceptional heat rejection
with a virtually clear film. Shield IR 80 utilizes
nanotechnology to reject infrared heat and
solar energy without any visual distortion or
noticeable darkening.
Features and Benefits
? Advanced nanotechnology blocks
>99% UV and rejects 44% of the total
solar energy for driver and passenger comfort
? Exceptional skin protection
without darkening the windows
? Enhanced solar protection for
OEM-installed privacy glass
? Easier stock handling with a printed liner
that shows footage remaining on the roll
Shield IR 80 Product Overview
graphics.averydennison.com
For information on warranty terms, exclusions and certain limitations that apply please see our website: graphics.averydennison.com
All statements, technical information and recommendations about Avery Dennison products are based upon tests and information believed
to be reliable but do not constitute a guarantee or warranty of any kind. All Avery Dennison products are sold with the understanding that
the Purchaser has independently determined the suitability of such products for its intended and other purposes.
©2023 Avery Dennison Corporation. All rights reserved. Avery Dennison® is a registered trademark of Avery Dennison Corporation.
Avery Dennison brands, product names, antenna designs and codes or service programs are trademarks of Avery Dennison Corporation.
A444574 01/2023
Optical & Solar Properties2
Film Ultraviolet
Block
Visible Light Glare
Reduction
Selective
Infrare
Rejection3
Infrared
Energy
Rejection4
Shading
Coefficient
Total Solar Energy
Transmitted Reflected
(Exterior) Reflected Transmitted Absorbed Rejected
Shield IR 80 >99% 77% 10% 13% 83% 59% 0.65 8% 44% 48% 44%
A Nearly Invisible Appearance5
A hint of light blue keeps the appearance of Shield IR 75 window film nearly invisible.
This image has been simulated and is not actual product comparison.
77% VLT
1
For information on warranty terms, exclusions and certain limitations that apply please see the applicable product data sheets and other literature and bulletins on our website: graphics.averydennison.com/pds.
2Performance results are calculated on 1/4” (6mm) clear glass using NFRC methodology and LBNL Window 5.2 software, and are subject to variations in process conditions within industry standards.
3SIRR – Selective Infrared Rejection: the percentage of IR radiation that is not directly transmitted through a glazing system. Calculated as %SIRR = 100% – % Transmission ( @ 780-2500nm).
4IRER – Infrared Energy Rejection: the percentage of Near Infrared Energy Rejection as measured between 780-2500nm. Calculated as the TSER over 780-2500nm: %IRER = 100% – 100*SHGC (@ 780-2500nm).
5Colors and tinting level are an approximate match. For a true color reference, please refer to the actual film sample.
All statements, technical information and recommendations about Avery Dennison products are based upon tests and information believed to be reliable but do not constitute a guarantee or warranty of any kind.
All Avery Dennison products are sold with the understanding that Purchaser has independently determined the suitability of such products for its intended and other purpose.