Avery Dennison®
Automotive Window FilmsProduct Sample Book 2018
Avery Dennison Automotive Window Films
High-Performance Hybrid Films
HP Pro HP Pro 05HP Pro 15HP Pro 25HP Pro 35
R058I0AR058I9AR058I6AR058I5A
Non-Reflective Films
NR NR 05NR 20NR 35NR 50
R058P0GR058P6GR058P5GR058P7G
NR Pro NR Pro 05NR Pro 15NR Pro 20NR Pro 30NR Pro 35NR Pro 40NR Pro 50
R058P0AR058P9AR058P6AR058P8AR058P5AR058P4AR058P7A
NR Nano Ceramic IR NR Nano Ceramic IR 05NR Nano Ceramic IR 15NR Nano Ceramic IR 20NR Nano Ceramic IR 30NR Nano Ceramic IR 35NR Nano Ceramic IR 40NR Nano Ceramic IR 50
R058P0IRR058P9IRR058P6IRR058P8IRR058P5IRR058P4IRR058P7IR
Infrared Spectrally selective Films
Shield IR Shield IR 75 R069IRM
Avery Dennison Israel Ltd. is an ISO 9001:2008, ISO 14001:2004 & OHSAS 18001:2007 certified company
Accreditations and Testing MethodsPerformance 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.
Delivering excellent professional installer features with exceptional
shrink capabilities and high solar protection, Avery Dennison’s HP
Pro, metal-dye hybrid film is an outstanding automotive tinting
film in a cool charcoal tone for consumers who want appearance,
comfort and impressive performance.
Avery Dennison® Automotive Window Films
HP Pro High-Performance Hybrid Film
Hig
h-P
erfo
rman
ce Hyb
rid F
ilm - H
P P
ro
Performance 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
Automotive, DS No 1164, April 2018
HP Pro 05
Optical & Solar Properties
Ultra Violet Block >99%
Visible Light Transmitted 5%
Visible Light Reflected (exterior) 8%
Glare Reduction 94%
SIRR 71%
IRER 51%
Shading Coefficient 0.44
Total Solar Energy Reflected 8%
Total Solar Energy Transmitted 16%
Total Solar Energy Absorbed 76%
Total Solar Energy Rejected 64%
TechnologyMetal-Dye Hybrid Nanotechnology UV Stable Dye
Color ToneCharcoal
Construction2-Ply Weatherable
Thickness1.5 Mil
Color StableYes
Catalogue NumberR058I0A
Hig
h-P
erform
ance H
ybrid
Film
- HP
Pro
05
Performance 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
Automotive, DS No 1165, April 2018
HP Pro 15
Optical & Solar Properties
Ultra Violet Block >99%
Visible Light Transmitted 15%
Visible Light Reflected (exterior) 7%
Glare Reduction 83%
SIRR 54%
IRER 40%
Shading Coefficient 0.55
Total Solar Energy Reflected 7%
Total Solar Energy Transmitted 30%
Total Solar Energy Absorbed 63%
Total Solar Energy Rejected 53%
TechnologyMetal-Dye Hybrid UV Stable Dye
Color ToneCharcoal
Construction2-Ply Weatherable
Thickness1.5 Mil
Color StableYes
Catalogue NumberR058I9A
Hig
h-P
erform
ance H
ybrid
Film
- HP
Pro
15
Performance 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
Automotive, DS No 1166, April 2018
HP Pro 25
Optical & Solar Properties
Ultra Violet Block >99%
Visible Light Transmitted 25%
Visible Light Reflected (exterior) 7%
Glare Reduction 72%
SIRR 53%
IRER 39%
Shading Coefficient 0.57
Total Solar Energy Reflected 7%
Total Solar Energy Transmitted 35%
Total Solar Energy Absorbed 58%
Total Solar Energy Rejected 50%
TechnologyMetal-Dye Hybrid UV Stable Dye
Color ToneCharcoal
Construction2-Ply Weatherable
Thickness1.5 Mil
Color StableYes
Catalogue NumberR058I6A
Hig
h-P
erform
ance H
ybrid
Film
- HP
Pro
25
Performance 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
Automotive, DS No 1167, April 2018
HP Pro 35
Optical & Solar Properties
Ultra Violet Block >99%
Visible Light Transmitted 37%
Visible Light Reflected (exterior) 8%
Glare Reduction 58%
SIRR 56%
IRER 41%
Shading Coefficient 0.64
Total Solar Energy Reflected 8%
Total Solar Energy Transmitted 40%
Total Solar Energy Absorbed 52%
Total Solar Energy Rejected 45%
TechnologyMetal-Dye Hybrid UV Stable Dye
Color ToneCharcoal
Construction2-Ply Weatherable
Thickness1.5 Mil
Color StableYes
Catalogue NumberR058I5A
Hig
h-P
erform
ance H
ybrid
Film
- HP
Pro
35
NR non-reflective films have specially designed, professional
installation features including optimal shrink capabilities which is a
hallmark of Avery Dennison automotive films. NR delivers an attractive
appearance with a no-fade warm graphite color and its metal-free
construction provides zero signal interference. The combination of
NR’s advanced UV stable embedded dye film with additional UV
absorbing PS adhesive provides excellent UV blocking to protect the
car interior and passengers.
Avery Dennison® Automotive Window Films
NR Series Non-Reflective Film
No
n-Reflective F
ilm - N
R
Performance 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
Automotive, DS No 2511, April 2018
NR 05
Optical & Solar Properties
Ultra Violet Block >99%
Visible Light Transmitted 5%
Visible Light Reflected (exterior) 7%
Glare Reduction 94%
SIRR 34%
IRER 27%
Shading Coefficient 0.62
Total Solar Energy Reflected 7%
Total Solar Energy Transmitted 39%
Total Solar Energy Absorbed 54%
Total Solar Energy Rejected 45%
No
n-R
eflective F
ilm - N
R 05
Performance 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
TechnologyUV Stable Dye Metal Free
Color ToneWarm Graphite
Construction2-Ply Weatherable
Thickness1.5 Mil
Color StableYes
Catalogue NumberR058P0G
Performance 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
Automotive, DS No 2512, April 2018
NR 20
Optical & Solar Properties
Ultra Violet Block >99%
Visible Light Transmitted 20%
Visible Light Reflected (exterior) 7%
Glare Reduction 77%
SIRR 33%
IRER 26%
Shading Coefficient 0.67
Total Solar Energy Reflected 8%
Total Solar Energy Transmitted 44%
Total Solar Energy Absorbed 48%
Total Solar Energy Rejected 42%
No
n-R
eflective F
ilm - N
R 20
Performance 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
TechnologyUV Stable Dye Metal Free
Color ToneWarm Graphite
Construction2-Ply Weatherable
Thickness1.5 Mil
Color StableYes
Catalogue NumberR058P6G
Performance 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
Automotive, DS No 2513, April 2018
NR 35
Optical & Solar Properties
Ultra Violet Block >99%
Visible Light Transmitted 37%
Visible Light Reflected (exterior) 8%
Glare Reduction 58%
SIRR 33%
IRER 26%
Shading Coefficient 0.71
Total Solar Energy Reflected 8%
Total Solar Energy Transmitted 51%
Total Solar Energy Absorbed 41%
Total Solar Energy Rejected 38%
No
n-R
eflective F
ilm - N
R 35
Performance 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
TechnologyUV Stable Dye Metal Free
Color ToneWarm Graphite
Construction2-Ply Weatherable
Thickness1.5 Mil
Color StableYes
Catalogue NumberR058P5G
Performance 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
Automotive, DS No 2514, April 2018
NR 50
Optical & Solar Properties
Ultra Violet Block >99%
Visible Light Transmitted 48%
Visible Light Reflected (exterior) 8%
Glare Reduction 45%
SIRR 32%
IRER 25%
Shading Coefficient 0.77
Total Solar Energy Reflected 8%
Total Solar Energy Transmitted 56%
Total Solar Energy Absorbed 36%
Total Solar Energy Rejected 33%
TechnologyUV Stable Dye Metal Free
Color ToneWarm Graphite
Construction2-Ply Weatherable
Thickness1.5 Mil
Color StableYes
Catalogue NumberR058P7G
No
n-R
eflective F
ilm - N
R 50
Performance 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
NR Pro is a color-stable and weather durable, non-reflective
automotive tinting film in a warm graphite tone. Designed with
the professional installer in mind, NR Pro has excellent installer
features that include optimal shrink capabilities. The metal-free
construction of NR Pro provides zero signal interference. Using
sophisticated nanotechnology, NR Pro delivers long lasting,
great looks and impressive solar performance in a wide range
of VLTs for customer convenience.
Avery Dennison® Automotive Window Films
NR Pro Non-Reflective Film
No
n-Reflective F
ilm - N
R P
ro
Performance 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
Automotive, DS No 1437, April 2018
NR Pro 05
Optical & Solar Properties
Ultra Violet Block >99%
Visible Light Transmitted 6%
Visible Light Reflected (exterior) 7%
Glare Reduction 94%
SIRR 60%
IRER 43%
Shading Coefficient 0.50
Total Solar Energy Reflected 7%
Total Solar Energy Transmitted 25%
Total Solar Energy Absorbed 68%
Total Solar Energy Rejected 57%
TechnologyNanotechnology UV Stable Dye
Color ToneGraphite
Construction2-Ply Weatherable
Thickness1.5 Mil
Color StableYes
Catalogue NumberR058P0A
No
n-R
eflective F
ilm - N
R P
ro 0
5
Performance 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
Automotive, DS No 1438, April 2018
NR Pro 15
Optical & Solar Properties
Ultra Violet Block >99%
Visible Light Transmitted 16%
Visible Light Reflected (exterior) 7%
Glare Reduction 82%
SIRR 49%
IRER 37%
Shading Coefficient 0.59
Total Solar Energy Reflected 6%
Total Solar Energy Transmitted 34%
Total Solar Energy Absorbed 60%
Total Solar Energy Rejected 49%
TechnologyNanotechnology UV Stable Dye
Color ToneGraphite
Construction2-Ply Weatherable
Thickness1.5 Mil
Color StableYes
Catalogue NumberR058P9A
No
n-R
eflective F
ilm - N
R P
ro 15
Performance 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
Automotive, DS No 1439, April 2018
NR Pro 20
Optical & Solar Properties
Ultra Violet Block >99%
Visible Light Transmitted 22%
Visible Light Reflected (exterior) 7%
Glare Reduction 76%
SIRR 50%
IRER 37%
Shading Coefficient 0.60
Total Solar Energy Reflected 7%
Total Solar Energy Transmitted 37%
Total Solar Energy Absorbed 56%
Total Solar Energy Rejected 48%
TechnologyNanotechnology UV Stable Dye
Color ToneGraphite
Construction2-Ply Weatherable
Thickness1.5 Mil
Color StableYes
Catalogue NumberR058P6A
No
n-R
eflective F
ilm - N
R P
ro 20
Performance 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
Automotive, DS No 1440, April 2018
NR Pro 30
Optical & Solar Properties
Ultra Violet Block >99%
Visible Light Transmitted 32%
Visible Light Reflected (exterior) 7%
Glare Reduction 65%
SIRR 45%
IRER 34%
Shading Coefficient 0.66
Total Solar Energy Reflected 7%
Total Solar Energy Transmitted 44%
Total Solar Energy Absorbed 49%
Total Solar Energy Rejected 43%
TechnologyNanotechnology UV Stable Dye
Color ToneGraphite
Construction2-Ply Weatherable
Thickness1.5 Mil
Color StableYes
Catalogue NumberR058P8A
No
n-R
eflective F
ilm - N
R P
ro 3
0
Performance 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
Automotive, DS No 1441, April 2018
NR Pro 35
Optical & Solar Properties
Ultra Violet Block >99%
Visible Light Transmitted 37%
Visible Light Reflected (exterior) 8%
Glare Reduction 58%
SIRR 46%
IRER 34%
Shading Coefficient 0.68
Total Solar Energy Reflected 7%
Total Solar Energy Transmitted 45%
Total Solar Energy Absorbed 48%
Total Solar Energy Rejected 41%
TechnologyNanotechnology UV Stable Dye
Color ToneGraphite
Construction2-Ply Weatherable
Thickness1.5 Mil
Color StableYes
Catalogue NumberR058P5A
No
n-R
eflective F
ilm - N
R P
ro 3
5
Performance 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
Automotive, DS No , April 2018
NR Pro 40
Optical & Solar Properties
Ultra Violet Block >99%
Visible Light Transmitted 42%
Visible Light Reflected (exterior) 8%
Glare Reduction 51%
SIRR 43%
IRER 32%
Shading Coefficient 0.71
Total Solar Energy Reflected 8%
Total Solar Energy Transmitted 49%
Total Solar Energy Absorbed 43%
Total Solar Energy Rejected 39%
TechnologyNanotechnology UV Stable Dye
Color ToneGraphite
Construction2-Ply Weatherable
Thickness1.5 Mil
Color StableYes
Catalogue NumberR058P4A
No
n-R
eflective F
ilm - N
R P
ro 4
0
Performance 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
Automotive, DS No 1442, April 2018
NR Pro 50
Optical & Solar Properties
Ultra Violet Block >99%
Visible Light Transmitted 52%
Visible Light Reflected (exterior) 8%
Glare Reduction 39%
SIRR 39%
IRER 29%
Shading Coefficient 0.74
Total Solar Energy Reflected 8%
Total Solar Energy Transmitted 55%
Total Solar Energy Absorbed 37%
Total Solar Energy Rejected 36%
TechnologyNanotechnology UV Stable Dye
Color ToneGraphite
Construction2-Ply Weatherable
Thickness1.5 Mil
Color StableYes
Catalogue NumberR058P7A
No
n-R
eflective F
ilm - N
R P
ro 5
0
Avery Dennison® Automotive Window Films
NR Nano Ceramic IR Non-Reflective Film
No
n-Reflective F
ilm - N
R N
ano
Ceram
ic IR
Avery Dennison’s NR Nano Ceramic IR is a high-end film solution
with advanced Nano-ceramic components and excellent profes-
sional installer features including optimal shrink capabilities. NR
Nano Ceramic IR delivers phenomenal solar protection with long
lasting color stability for exceptional protection and appearance. Its
high optical clarity and deep graphic color tone upgrade vehicles
for an exciting looking and comfortable ride.
Performance 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
Automotive, DS No 2521, April 2018
NR Nano Ceramic IR 05
Optical & Solar Properties
Ultra Violet Block >99.9%
Visible Light Transmitted 6%
Visible Light Reflected (exterior) 7%
Glare Reduction 93%
SIRR 87%
IRER 62%
Shading Coefficient 0.42
Total Solar Energy Reflected 6%
Total Solar Energy Transmitted 10%
Total Solar Energy Absorbed 84%
Total Solar Energy Rejected 64%
TechnologyNanotechnology Nano Ceramic + IR UV Stable Dye Metal Free
Color ToneDeep Graphite
Construction2-Ply Weatherable
Thickness1.5 Mil
Color StableYes
Catalogue NumberR058P0IR
No
n-R
eflective F
ilm - N
R N
an
o C
era
mic
IR 0
5
Performance 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
Automotive, DS No 2522, April 2018
NR Nano Ceramic IR 15
TechnologyNanotechnology Nano Ceramic + IR UV Stable Dye Metal Free
Color ToneDeep Graphite
Construction2-Ply Weatherable
Thickness1.5 Mil
Color StableYes
Catalogue NumberR058P9R
No
n-R
eflective F
ilm - N
R N
an
o C
era
mic
IR 15
Optical & Solar Properties
Ultra Violet Block >99.9%
Visible Light Transmitted 17%
Visible Light Reflected (exterior) 7%
Glare Reduction 82%
SIRR 85%
IRER 60%
Shading Coefficient 0.46
Total Solar Energy Reflected 6%
Total Solar Energy Transmitted 16%
Total Solar Energy Absorbed 78%
Total Solar Energy Rejected 60%
Performance 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
Automotive, DS No 2523, April 2018
NR Nano Ceramic IR 20
TechnologyNanotechnology Nano Ceramic + IR UV Stable Dye Metal Free
Color ToneDeep Graphite
Construction2-Ply Weatherable
Thickness1.5 Mil
Color StableYes
Catalogue NumberR058P6IR
No
n-R
eflective F
ilm - N
R N
an
o C
era
mic
IR 20
Optical & Solar Properties
Ultra Violet Block >99.9%
Visible Light Transmitted 20%
Visible Light Reflected (exterior) 7%
Glare Reduction 78%
SIRR 85%
IRER 60%
Shading Coefficient 0.47
Total Solar Energy Reflected 6%
Total Solar Energy Transmitted 17%
Total Solar Energy Absorbed 77%
Total Solar Energy Rejected 59%
Performance 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
Automotive, DS No 2524, April 2018
NR Nano Ceramic IR 30
TechnologyNanotechnology Nano Ceramic + IR UV Stable Dye Metal Free
Color ToneDeep Graphite
Construction2-Ply Weatherable
Thickness1.5 Mil
Color StableYes
Catalogue NumberR058P8IR
No
n-R
eflective F
ilm - N
R N
an
o C
era
mic
IR 3
0
Optical & Solar Properties
Ultra Violet Block >99.9%
Visible Light Transmitted 30%
Visible Light Reflected (exterior) 7%
Glare Reduction 66%
SIRR 83%
IRER 59%
Shading Coefficient 0.51
Total Solar Energy Reflected 7%
Total Solar Energy Transmitted 22%
Total Solar Energy Absorbed 71%
Total Solar Energy Rejected 56%
Performance 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
Automotive, DS No 2525, April 2018
NR Nano Ceramic IR 35
TechnologyNanotechnology Nano Ceramic + IR UV Stable Dye Metal Free
Color ToneDeep Graphite
Construction2-Ply Weatherable
Thickness1.5 Mil
Color StableYes
Catalogue NumberR058P5IR
No
n-R
eflective F
ilm - N
R N
an
o C
era
mic
IR 3
5
Optical & Solar Properties
Ultra Violet Block >99.9%
Visible Light Transmitted 35%
Visible Light Reflected (exterior) 7%
Glare Reduction 60%
SIRR 82%
IRER 58%
Shading Coefficient 0.53
Total Solar Energy Reflected 6%
Total Solar Energy Transmitted 25%
Total Solar Energy Absorbed 69%
Total Solar Energy Rejected 54%
Performance 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
Automotive, DS No 2526, April 2018
NR Nano Ceramic IR 40
TechnologyNanotechnology Nano Ceramic + IR UV Stable Dye Metal Free
Color ToneDeep Graphite
Construction2-Ply Weatherable
Thickness1.5 Mil
Color StableYes
Catalogue NumberR058P4IR
No
n-R
eflective F
ilm - N
R N
an
o C
era
mic
IR 4
0
Optical & Solar Properties
Ultra Violet Block >99.9%
Visible Light Transmitted 40%
Visible Light Reflected (exterior) 7%
Glare Reduction 54%
SIRR 81%
IRER 57%
Shading Coefficient 0.55
Total Solar Energy Reflected 7%
Total Solar Energy Transmitted 27%
Total Solar Energy Absorbed 66%
Total Solar Energy Rejected 52%
Performance 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
Automotive, DS No 2527, April 2018
NR Nano Ceramic IR 50
TechnologyNanotechnology Nano Ceramic + IR UV Stable Dye Metal Free
Color ToneDeep Graphite
Construction2-Ply Weatherable
Thickness1.5 Mil
Color StableYes
Catalogue NumberR058P7IR
No
n-R
eflective F
ilm - N
R N
an
o C
era
mic
IR 5
0
Optical & Solar Properties
Ultra Violet Block >99.9%
Visible Light Transmitted 48%
Visible Light Reflected (exterior) 8%
Glare Reduction 45%
SIRR 81%
IRER 57%
Shading Coefficient 0.58
Total Solar Energy Reflected 7%
Total Solar Energy Transmitted 31%
Total Solar Energy Absorbed 62%
Total Solar Energy Rejected 50%
Avery Dennison’s Shield IR 75 spectrally-selective film is optically
clear in a light blue tone. Shield IR 75 utilizes nanotechnology to
reject infrared heat and solar energy without any visual distortion
or noticeable darkening, making Shield IR 75 a perfect protection
solution where local regulations limit the use of darker tinted films.
The high VLT of this film is ideal for front cabin application.
Avery Dennison® Automotive Window Films
Shield IR Infrared Spectrally Selective Film
Infrared Sp
ectrally Selective Film
- Shield
IR
Performance 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
Automotive, DS No 1940/2, April 2018
Shield IR 75
Optical & Solar Properties
Ultra Violet Block >99%
Visible Light Transmitted 77%
Visible Light Reflected (exterior) 10%
Glare Reduction 13%
SIRR 83%
IRER 59%
Shading Coefficient 0.65
Total Solar Energy Reflected 8%
Total Solar Energy Transmitted 44%
Total Solar Energy Absorbed 48%
Total Solar Energy Rejected 44%
TechnologyNanotechnology UV Stable Dye
Color ToneLight Blue
Construction2-Ply Weatherable
Thickness2 Mil
Color StableYes
Catalogue NumberR069IRM
Infrare
d S
pe
ctrally Sele
ctive Film
- Sh
ield
IR 75
Definitions (1)
Ultra Violet BlockThe percent of Ultra Violet radiation (300-380 nanometers) to be blocked by a glazing system. Ultraviolet is one portion of the total solar energy spectrum which greatly contributes to fading and deterioration of fabric and furnishings.
Visible Light Transmitted (VLT)The percent of total visible light (380-780 nanometers) to be passed through a glazing system. Test method - ASTM E 903-96.
Visible Light Reflected (VLR)The percent of total visible light to be reflected by a glazing system. Test method - ASTM E 903-96.
Glare ReductionGlare usually defined as being the difficulty of seeing in the presence of bright light such as direct or reflected sunlight or artificial light such as car headlightsat night. Window film can provide glare reduction of up to 95%.
Selective InfraRed Rejection (SIRR)The percentage of IR radiation that is not directly transmitted through a glazing system. Calculated as %SIRR = 100% - % Transmission ( @ 780-2500nm).
InfraRed Energy Rejection (IRER)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).
Definitions (2)
Shading Coefficient (SC)The ratio of the solar heat gain through a given glazing system to the solar heat gain under the same conditions for clear, unshaded double strength window glass (DSA). Shading coefficient defines the sun control capability or efficiency of the glazing system.
Total Solar Energy ReflectedThe percent of total solar energy (300-2500 nanometers) to be reflected by a glazing system. Test method - ASTM E 903-96.
Total Solar Energy TransmittedThe percent of total solar energy (300-2500 nanometers) to be passed through a glazing system.
Total Solar Energy AbsorbedThe percent of total solar energy (300-2500 nanometers) to be absorbed by a glazing system. Solar absorption is that portion of total solar energy neither transmitted nor reflected. Since solar transmittance and reflectance are measured directly, the following equation is used for calculating solar absorption. Test method - ASTM E 903. Total solar energy absorbed = 100% - (Total solar energy reflected) - (Total solar energy transmitted).
Total Solar Energy Rejected (TSER)Measures the window film’s ability to reject solar energy in the form of visible light, infrared radiation and ultraviolet light. The higher the TSER number, the more solar energy is rejected away from the window.
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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 purposes.
Avery Dennison®
Automotive Window FilmsProduct Sample Book 2018
© 2018 Avery Dennison Corporation. All rights reserved. Avery Dennison and all other Avery Dennison brands, this publication, its content, product names and codes are owned by Avery Dennison Corporation. All other brands and product names are trademarks of their respective owners. This publication must not be used, copied or reproduced in whole or in part for any purposes other than marketing by Avery Dennison. S92405, 04/2018, 1000
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