Pressure Sensitive Label Facestock Film White Opaque Cavitated, Both side Top Coated (UPAi - UP)
C1001 (UPAi-UP) HO
Structure
Print receptive coated layer
Inter layer
Cavitated white pigmented OPP core
Inter layer
Adhesive receptive coated layer
Description

A super white opaque cavitated both side coated Bi-axially Oriented Polypropylene film

Features
  • Super whiteness and high opacity
  • Wide compatibility with ink system (UV, & water based) on glossy surface
  • Print receptive coated glossy surface for excellent ink adhesion and high speed press performance
  • Spectacular print performance across wide variety of printing process (flexography, UV offset, TT Printing, silkscreen, Letter press, Hot Foiling etc.)
  • Coated silky matte surface suitable for adhesive receptivity
  • Good moisture resistance
  • High stiffness for conversion and dispensing
Applications
  • Pressure sensitive labeling
Typical values
Properties Ref. Units ASTM#/ Test Method C1001 (UPAi-UP) HO
Physical Data
Average Thickness      Micron D-374-C58
Gauge232
Mils2.3
Thickness Variation      %(±)      5
Average substance      g/m²      40.96
Yield      m²/Kg D-432124.41
in²/lb17161
Optical Data
Gloss (45⁰) Printing Side Gardner D-2457>60
Opacity      % Hunter Lab D25-2CR>83
Whiteness Index      % E-313 >83
Mechanical Data
Tensile Strength MD kg/cm² D-882 650 - 950
TD1500-2000
Elongation MD % D-882140 - 200
TD 30 - 70
Thermal Data
Shrinkage
(120⁰C/248 ⁰F,5 min) 		MD % D-12042.0 - 4.0
TD 0.5 - 2.0
CTM : Cosmo Test Method MD : Machine Direction TD : Transverse Direction
Disclaimer : The information provided above is based on COSMO FILMS LTD's conclusive tests, which are indicative only and provided as guidelines.They do not constitute a guarantee of any specific product attributes or the suitability of products for specific applications
Cosmo Films Limited
1st Floor, Uppal’s Plaza, M-6 Jasola District Centre, New Delhi - 110025, India, T: + 91-11-49 49 49 49,
E-mail: sales.enquiry@cosmofilms.com Ɩ www.cosmofilms.com
Updation Date : 2026-Mar-11
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