Pressure Sensitive Label Facestock Film Solid White, Top Coated (UPAi)
C1061(SW) UPAi
Structure
Print receptive coated OPP layer
Inter layer
OPP core
Inter layer
Treated OPP Layer
Description
It is a solid white Bi-axially Oriented Polypropylene film with one side treated & other side coated surface.
Features
- Super whiteness and high opacity
- Wide compatibility with ink system (UV, water based)
- Print receptive coated 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, Foiling etc.)
- Excellent stiffness
- Good moisture resistance
Applications
- Pressure sensitive labeling
Typical values
| Properties | Ref. | Units | ASTM#/ Test Method | C1061(SW) UPAi |
|---|
| Physical Data | |||||
| Average Thickness | Micron | D-374-C | 51 | 58 | |
| Gauge | 204 | 232 | |||
| Mils | 2.0 | 2.3 | |||
| Thickness Variation | %(±) | 5 | |||
| Average substance | g/m² | 49.15 | 55.94 | ||
| Surface Tension(min) | Treated Side | dynes/cm | D-2578 | 38 | |
| Yield | m²/Kg | D-4321 | 20.34 | 17.87 | |
| in²/lb | 14300 | 12563 | |||
| Optical Data | |||||
| Gloss (45⁰) | Both Side | Gardner | D-2457 | 50 - 60 | |
| Opacity | % | Hunter Lab D25-2CR | >78 | ||
| Mechanical Data | |||||
| Tensile Strength | MD | kg/cm² | D-882 | 900-1200 | |
| TD | 2000-2300 | ||||
| Elongation | MD | % | D-882 | 140 -200 | |
| TD | 30-60 | ||||
| Thermal Data | |||||
| Shrinkage (120⁰C/248 ⁰F,5 min) | MD | % | D-1204 | 2.0-4.0 | |
| 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 | ||
| Storage condition : Storage temperature to be maintained 25 Deg.C (+/-5 Deg C) & relative humidity 55% (+/-5%) to avoid accelerated reduction of surface treatment level. | ||
Updation Date : 2025-May-23