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12 Micron PE Film for Paper Lamination – High-Clarity, Corona-Treated Film for Packaging Applications

Our 12-micron PE film is specifically designed for paper lamination and flexible packaging applications, offering superior performance in both thermal lamination and extrusion coating processes. This lightweight yet durable film features one-side corona treatment with a surface energy of ≥ 42 Dynes, ensuring excellent adhesion to a wide variety of substrates including paper, paperboard, cartons, and printed surfaces.
Engineered for high-speed lamination lines, this film delivers smooth runability, strong bonding performance, and moisture resistance, making it an ideal choice for paper-based packaging, food-safe wrappers, and eco-friendly laminated cartons.

Key Features & Benefits

  • One-side corona treated for improved surface adhesion (≥ 42 Dynes)
  • Ensures strong lamination bond with paper, board, foil, and printed films
  • High optical clarity – enhances visual appeal and branding
  • Excellent flexibility and seal strength for durable end-use packaging
  • Supports thermal lamination, extrusion coating, and hot melt applications
  • Compatible with water-based, solvent-based, and solventless adhesives
  • Designed for high-speed processing, roll consistency, and minimal curl
  • Food-grade formulation available upon request

Typical Applications

  • Paper lamination for packaging, labels, and print finishing
  • Carton and cup lamination for foodservice applications
  • Flexible packaging base layer in multilayer pouch constructions
  • Food-safe paper wraps and barrier layers for dry food, snacks, and bakery products
  • Print media lamination for posters, book covers, and promotional materials

Technical Highlights

  • Thickness: 12 microns (custom thicknesses available on request)
  • Treatment: One side corona treated
  • Appearance: High clarity, smooth finish
  • Formats: Supplied in roll form, slit to custom widths

This lamination-grade PE film offers a balance of processability, cost-effectiveness, and end-product performance, making it a preferred solution for converters and packaging manufacturers seeking reliable and sustainable lamination materials.