High barrier films are advanced packaging materials engineered to provide exceptional resistance against the permeation of gases (e.g., oxygen, carbon dioxide), moisture, light, and volatile compounds. By leveraging multilayer structures and specialized coatings or laminations—such as EVOH, PVDC, metallized layers, or aluminum oxide (AlOx)—these films create an impermeable shield that significantly extends product shelf life […]
PVDC-Coated Film is a high-barrier packaging material produced by applying single or multiple layers of polyvinylidene chloride (PVDC) onto substrates such as PET, BOPP, or BOPA. Renowned as the “queen of barrier materials” since its commercialization by Dow Chemical in the 1930s, PVDC coatings deliver unmatched protection for critical applications requiring extended shelf life and product integrity.
Aluminum Oxide-Coated Film (AlOx Film) is an advanced packaging material featuring a nano-thin, optically transparent aluminum oxide layer deposited onto flexible substrates. This cutting-edge technology delivers unparalleled moisture and gas barrier performance—surpassing conventional transparent materials like PVDC-coated films and EVOH coextrusions, while rivaling the protection of aluminum foil and metallized films. Key Advantages: Sustainable &
Metallized Biaxially Oriented Polypropylene Film (VMOPP Film) is a high-performance material engineered by applying a vacuum-metallized aluminum layer to one side of biaxially oriented polypropylene (BOPP) film, while the reverse side is optimized for heat-sealing or left untreated. This dual-surface functionality combines aesthetic appeal with advanced technical properties, positioning it as a critical component in
Metallized Cast Polypropylene Film (VMCPP Film) is engineered by depositing a precise aluminum coating onto cast polypropylene (CPP) substrates via vacuum metallization. This specialized film combines a semi-matte metallic finish with robust functional properties, making it a versatile solution for flexible packaging and industrial applications. Key Features: Primary Applications:
Metallized Polyethylene Terephthalate (PET) Film, commonly referred to as VMPET Film, is produced by depositing a microscopically thin aluminum layer onto polyester film through an advanced vacuum metallization process. This innovative material replicates the high-gloss metallic finish of traditional aluminum foil while offering significant advantages in weight reduction, cost efficiency, and functional performance. Key characteristics
