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Enhanced adhesion metallized PET film is vacuum-deposited on a chemically treated BOPET surface for superior aluminum anchorage, excellent water resistance, and pasteurization suitability. Ideal for food, pharma, and cosmetic packaging requiring high barrier and boil-proof performance.

Pre-coated PET metallized film features a specially treated non-metallized surface for superior lamination strength, combined with high barrier (oxygen/moisture), excellent mechanical properties, and metal adhesion. Used in food, pharmaceutical, cosmetic packaging, and electronic components like phone reflector films.

Explore three specialized PET metallized film categories: ultra‑high barrier (OTR/WVTR ≤0.5), enhanced adhesion for wet/oily foods (coffee bags, sauce packs), and ultra‑thin aluminum layer (40 Å, ±3% uniformity) for window film and electronics.

AlOx coated PET film offers OTR ≤0.5 cc/m²·24h and WVTR ≤1.5 g/m²·24h while remaining transparent, microwave‑safe, and metal‑detectable. Learn the four grades (standard, ultra‑high barrier, printable, retortable) and their food packaging applications.

Vacuum metallized paper uses 1/200th the aluminum of foil laminates while delivering comparable barrier performance. Learn the process, applications (tobacco, food, pharma, cosmetics), market size (China 320→350→420 bn RMB), and why brands are switching.

This article examines the application outlook for electronic-grade PET film, a high-purity, low-oligomer variant of polyester film that serves as the hidden backbone of displays, semiconductors, FPCs, and EV battery insulation. With the global electronic-grade PET film market valued at USD 4.19 billion in 2025 and projected to reach USD 6.63 billion by 2032 (CAGR 6.81%), and China's high-end PET substrate segment hitting RMB 16 billion in 2025 (CITIC forecast: RMB 21 billion by 2030), the piece breaks down four core downstream scenarios — display & OCA/polarizer, MLCC & PCB dry film, FPC flexible circuits, and EV battery/motor insulation — while analyzing the China substitution wave breaking Japan-Korea dominance (Toray, DuPont Teijin, Mitsubishi) via players like Boheng, Hefei Lucky, and Qinbang.

Driven by global population growth and rising demand for convenient food, the food and beverage sector has fueled the expansion of the high barrier film market. Meanwhile, surging demand from the medical industry, encapsulation of electronic components, growing environmental awareness, and the development of new materials have collectively boosted the market scale of high barrier films.

VMCPP vacuum metallized CPP film from Cailong: WVTR ≤2.5 g/m²·24h, heat sealable at 120°C, aluminum adhesion ≤2%. Ideal for biscuits, coffee, candy & instant noodle packaging. FDA & EU compliant.

This article examines why vacuum metallized paper is rapidly replacing traditional aluminum foil composite paper across tobacco, food, pharmaceutical, and cosmetic packaging. By using only 1/200th the aluminum volume (0.02–0.04 μm vs. 7–10 μm), metallized paper delivers comparable barrier performance against oxygen, moisture, and light while slashing material costs and enabling full paper recyclability. The piece compares direct and transfer coating methods, breaks down the environmental, cost, and functional advantages, reviews key downstream applications (cigarette inner liners, chocolate wrappers, tea bags, pharmaceutical blisters, anti-counterfeit liquor labels), and highlights the latest trend toward water-based metallization and plastic-free structures for EU export compliance.

Discover VMPLA: The ultimate high-barrier metallized PLA film by Jin Shan. Reduce GHG emissions by 67.4% & energy use by 48.7%. Ideal for compostable, high-performance food packaging.

This article analyzes the root causes of corn pouch discoloration and spoilage—including insufficient oxygen barrier, improper sterilization, and enzyme residues—and provides systematic solutions. It highlights ALOx PET high-barrier retort film as a proven transparent alternative to aluminum foil for extending corn product shelf life.

This article explores how ALOx PET (vacuum-deposited aluminum oxide polyester film) serves as a transparent, microwaveable, and cost-effective high-barrier solution for boiling (100°C) and retort (121°C) food packaging. It compares ALOx with aluminum foil, PVDC, and EVOH, outlines suitable composite structures, target food categories, and common processing pitfalls.