Ink CompatibilityOriginal HP Latex Inks; also solvent, low-solvent, and UV-curable inks
Thickness (base vinyl)76 microns/3 mil per ISO 20534 Test Method
Base VinylCalendered high-performance polymeric vinyl with UV inhibitors
Liner140 g/m², double-sided PE-coated silicone paper
AdhesiveClear, permanent pressure-sensitive adhesive
FinishGloss, >70 gloss units at 60˚ reflection
Display Permanence (Commercial in-window)Over 6 years unlaminated with HP 886 and 882 Latex Inks printed on the HP Latex R2000 Printer series
Indoor Floor DurabilityRecommended on indoor smooth, non-porous, sealed flat and dry surfaces for up to 3 months
Slip RatingCertified according to ANSI A137.1/A326.3 and AS HB198:2014 (AS/NZS 4586)
Minimum Application Temperature4 to 35˚C (39 to 95˚F) on clean, dry surfaces
Service Temperature-40 to 65˚C (-40 to 149˚F)
Operating Temperature15 to 35° C / 59 to 95° F
Operating Humidity40 to 60% RH
LaminationCold lamination
Shelf Life2 years, unopened in original packaging
Storage Temperature21 to 24° C / 69 to 75° F
Storage Humidity50% RH
Flame ResistanceB1 approved fire certification
EnvironmentalREACH compliant
Country of OriginProduct of the United States
Ordering Information1TH62A 1372 mm x 45,7 m (54 in x 150 ft)
1TH63A 1524 mm x 45,7 m (60 in x 150 ft)

1.  With HP 886 and 882 Latex Inks printed on the HP Latex R2000 Printer series. Interior in-window display ratings by HP Image Permanence Lab on a range of HP media. HP predictions based on test data under Xenon-Arc illuminant — calculation assumes 6,000 Lux/12 hr day. For more information, see HPLFMedia.com/hp/printpermanence.

2. Recommended on indoor smooth, non-porous, sealed flat and dry surfaces for up to 3 months. Slip resistance for dry environments based on testing by Sotter Engineering Corporation, June 2020, according to ANSI A137.1/A326.3 and AS HB198:2014 (AS/NZS 4586).

3. See the HP REACH Declaration published at HP Printing Products and Consumable Supplies.

4. B1 approved fire certification.

5. Based on internal HP testing exposure at -40°C (-40°F)/53% RH for 24 hours does not appear to have any effect on the peel strength from the substrate.