Label-Lyte™ 25LL102
Oriented Polypropylene Film

Product Description
Label-Lyte LL102 is a clear, two-side treated, polypropylene film that is used in roll-fed labeling applications. This film can be laminated to itself or applied as an outer web to other films. LL102 is formulated with a proprietary non-migratory slip system. The print surface is treated and can be printed with water-based or solvent-based flexo and gravure inks, and is the intended print and laminating surface. The opposite surface is treated to promote holt melt adhesion.
Key Features
- Outstanding clarity and gloss
- Excellent ink adhesion with solvent-based and water-based ink systems
- Excellent bond strength with most laminating adhesives
- Contains non-migratory slip system for outstanding performance on roll-fed labeling machines
- Good hot melt adhesion
General
Availability
- Latin America
- North America
- South America
Applications
- Dairy Products
- Dry Foods and Beverage Powders
- Beverage, Carbonated
- Beverage, Mineral Waters
Uses
- Reel Fed Labels
Appearance
- Clear/Transparent
Processing Method
- Inner Web Adhesive Lamination
- Outer Web Adhesive Lamination
- Solvent Flexographic Printing
- Solvent Rotogravure Printing
- Surface Print Unsupported
- Water-based Flexographic Printing
Properties
| Property | Typical ValueUnit | Test Based On | |
|---|---|---|---|
| Yield | 30,500in²/lb | Internal Method | |
| Unit Weight | 14.2lb/ream | Internal Method | |
| Film Thickness | 1.0mil | Internal Method | |
| Gloss | |||
| Machinable Surface | 90 | Internal Method | |
| Haze | 2.0% | Internal Method | |
| Tensile Strength at Break | |||
| 20 in/min pull rate, 2.0 in jaw separation | |||
| MD | 20000psi | Internal Method | |
| TD | 35000psi | Internal Method | |
| Dimensional Stability 135°C / 275°F, 7 min | |||
| MD | -5.0% | Internal Method | |
| TD | -5.0% | Internal Method | |
| Elongation at Break | |||
| 20 in/min pull rate, 2.0 in jaw separation | |||
| MD | 160% | Internal Method | |
| TD | 45% | Internal Method | |
| Coefficient of Friction | |||
| Machinable/Machinable | 0.40 | Internal Method | |
| Wetting Tension | |||
| Machinable Surface | 0.80receding cos θ | Internal Method | |
| High Energy Surface | 0.85receding cos θ | Internal Method | |
Food Contact
Any further regulatory information on this product (i.e. Food Contact application, Presence/absence of substances, Reach, …) are accessible on the below link: https://www.jindalfilms.com/login-register-docmg/
Revision date
- October 17, 2016
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