BOPLA Single-Sided Matte Protective Film with Double Protection-Keyful PLA-L
-Dérivé de maïs renouvelable, certifié pour le compostage industriel.
•Outstanding printability: stable tension performance, compatible with flexographic, gravure, offset, screen, and UV printing, and perfectly supports hot stamping and other premium finishing processes, delivering a high-end look and feel.
•Excellent barrier properties: resistant to moisture, water, and oxidation, with fold resistance
-Fonctionnalité : Propriétés antistatiques inhérentes et excellente résistance aux huiles et aux graisses ; résistance supérieure aux rayures et à l'abrasion (supporte 1 000 cycles à une charge de 4 lbs)).
•Superior surface performance: double-sided matte finish with a crystal-spot-free surface; matte level of 4–5 GU.Gives packaged products an unparalleled premium appearance with a delicate, refined tactile feel.
BOPLA Single-Sided Matte Protective Film, based on bio-based PLA, combines a double matte surface with excellent barrier properties, abrasion resistance, and stain resistance. It offers customizable, print-friendly processing and a high-end appearance, making it suitable for high-volume die-cutting and premium packaging applications, achieving a balance between environmental protection and performance.
Nous nous concentrons sur la recherche et le développement, la production, la fabrication et la fourniture de divers films d'emballage flexibles, respectueux de l'environnement et biodégradables, y compris les films BOPP, BOPET, BOPA, PE et les films mono-matériaux recyclables, et nous nous engageons à répondre aux divers besoins du marché en matière de solutions d'emballage.
BOPLA Single-Sided Matte Protective Film with Double Protection is made from renewable corn-based material and is industrially compostable certified. It offers excellent printability and maintains stable tension under flexographic, gravure, offset, screen, and UV printing processes. It easily accommodates high-end processes such as hot-stamping aluminization, achieving a high-end texture.
The single-sided matte surface provides a crystal-spot-free surface with a matte level of 4–5 GU, enhancing the visual depth and feel of the packaging. It features excellent barrier properties, anti-static properties, oil and stain resistance, and scratch resistance (withstanding 1,000 cycles under a 4 lbs load). It also possesses excellent moisture resistance and oxidation resistance, making it suitable for die-cutting applications in 3C, mobile phones, data cables, and other fields, meeting the comprehensive requirements of high-end packaging for transparency, durability, and environmental protection.
Applications
Die-Cutting Industry: Used for wrapping mobile phones, 3C electronic products, data cables, and related items.
Embedded Protective Layer Solutions: Enhancing Product Resistance to Damage During Shipping and Storage.
Electronic Device Housing Films: Providing Long-Term Protection and Aesthetics for Phone Cases, Tablets, etc.
High-Temperature Printing Support: Compatible with Various Thermal Transfer and Surface Treatment Processes, Ensuring Process Flexibility.
Packaging Liners Pursuing High-Gloss Effects: Achieving High-End Visual Effects Through Matte/Glossy Contrast.
Propriétés techniques (valeurs typiques)
| Propriété | Unité | Résultat | Méthode d'essai |
|---|---|---|---|
| Épaisseur | microns | 47±2 | DIN 53 370 |
| Résistance à la traction MD/TD | MN/m² | 118 | ASTM D 882 |
| 118 | |||
| Allongement à la rupture MD/TD | % | 118 | ASTM D 882 |
| 123 | |||
| Rétrécissement thermique MD/TD | % | 4 | ASTM D1204 100°C / 10 min |
| 1.8 | |||
| Résistance du joint | N/15mm | 5 | 135kPa / 85°C / 2S |
| Coefficient de friction (film à film) | / | 0.4 | ASTM D 1894 |
| 0.45 | |||
| Perméabilité à l'oxygène | cc/m²-d | 336 | ASTM D3985 23°C / 0% R.H. |
| Perméabilité à la vapeur d'eau | g/m²-d | 987 | ASTM F1249 38°C 90% R.H. |
| Résistance à l'usure | / | 4 LB 1000 fois | ASTM D4060 |
| Optique : Gloss Haze (grand angle) | GU | 4~5 | ASTM D2457 60°C |
Toutes les propriétés sont testées dans des conditions de laboratoire standard : 23±2ºC ; 50±5% RH, sauf indication contraire. Le cas échéant, les essais sont basés sur des normes internationales. La métallisation est effectuée par un sous-traitant. MD - Direction de la machine TD - Direction transversale.







