The main types of lamination paper are PE laminated paper, PLA laminated paper, film-laminated paper, foil-laminated paper, and adhesive or release-coated paper structures. They differ in barrier material, surface behavior, heat response, recyclability considerations, and intended use.
“Lamination paper” is a broad commercial term. Before ordering, buyers should confirm whether it refers to paper coated with molten polymer, paper bonded to a separate film, or a multilayer paper composite.
PE laminated paper combines a paper base with polyethylene. The PE layer reduces water and oil absorption and creates a smoother, less porous surface.
It is widely considered for:
Industrial wrapping and interleaving
Metal and hardware surface protection
Moisture-resistant packaging
Carton and pallet liners
Selected printing and converting work
Packaging for oily or greasy components
PE laminated paper may be produced with lamination on one side or both sides. The correct structure depends on whether the reverse side must remain absorbent, printable, or easy to glue.
Our white PE laminated paper uses paper and PE and can be discussed in customized widths and thicknesses.
PLA laminated paper uses a polylactic acid layer, typically derived from renewable plant-based feedstocks. It is often considered when buyers want an alternative to conventional petroleum-based PE.
PLA does not automatically make the complete paper structure compostable in every disposal system. Compostability depends on the material formulation, certification, converting process, contamination, and availability of an appropriate composting facility.
Buyers sourcing PLA laminated paper should request documentation for the exact material rather than relying on a general environmental claim.
Some laminated paper is made by bonding a separately manufactured plastic film to paper. Depending on the film, this structure may provide surface protection, gloss, strength, or a specific barrier.
The film type, adhesive, bonding temperature, and surface treatment affect delamination resistance. Buyers should distinguish this process from extrusion-coated paper because the manufacturing method and final structure are different.
Foil-laminated paper combines paper with a metallic foil layer, commonly aluminum foil. It may be selected when the application requires a stronger barrier against light, gases, moisture, or aroma.
Foil also changes stiffness, folding behavior, printing requirements, and recycling considerations. Even a thin pinhole or damaged fold can reduce barrier performance, so converting trials are important.
Release paper is coated to provide controlled separation from an adhesive surface. It is used as a temporary carrier or protective liner for labels, tapes, adhesive films, and die-cut components.
Release force is a key purchasing parameter. Paper thickness alone cannot show whether the liner will release too easily, too slowly, or unevenly during converting.
Our broader release paper range also includes laminated and specialty paper formats for different industrial requirements.
An OEM/ODM laminated paper manufacturer needs clear information about both the material and the customer’s converting process. The following details are particularly useful:
Packed or protected product
Required moisture or oil resistance
Paper color and strength
Lamination material
One-side or two-side treatment
Printing, coating, gluing, or heat-sealing process
Width, thickness, and roll diameter
Core size and winding direction
Food-contact or other regulatory requirements
Packing, labeling, and traceability needs
Our factory works with laminated paper, release paper, Kraft Paper, Food Paper, Packaging Paper, release films, and other specialty materials. This allows the material discussion to begin with the application rather than forcing every project into one paper structure.
Send us the application, paper format, coating requirement, and expected order quantity. Click here to submit an inquiry, and our team will assess whether a PE laminated, release-coated, or other specialty paper structure fits the project.