Adhesive Laminating

Benefits From Our Adhesive Laminating

• Efficient

  High-speed lamination of high-barrier structures.

• Flexible

  Available to all kinds of materials and demanding applications.

• Safe

  Compliance with rigorous safety standards of BRC and FDA regulations.

Lamination Process

High-performance laminating adhesives cover the most demanding packaging applications with solvent and solvent-free products.

• Solvent-based Adhesive Laminating

  Solvent-based adhesive laminating is widely used in the industry. This type of laminating requires substrates to be laminated with a liquid adhesive. Aluminium foil bonding can only use this laminating. It is used in various types of food packaging and industrial applications.

• Dry Bond Laminating

  Dry bond laminating, also called solvent-free laminating, contains zero solvent components. This type of laminating is green, harmful-free and cost-effective. It is applicable to a broad array of food packaging, including high-temperature retort pouches, snack food, and high-barrier films.

Custom-Engineered Laminations

Customized lamination structures are designed for various applications of flexible packaging, and are made from a laminate of flexible plastic, films and foils.

Multiple Lamination Structures

A single material may not have all the properties that a product needs. Therefore, a composite of 2 or more layers of different materials may provide a variety of performance characteristics. The following indicates the purpose of each layer:

• 1
  Inner Layer

  - Heat-sealable surface
  - Provides flexibility and strength
  - Protects the barrier layer

• 2
  Barrier Layer

  - Prevents moisture, light, and oxygen transmission
  - Chemical resistance
  - Extends shelf life

• 3
  Exterior Layer

  - Excellent printable surface
  - Provides strength to the whole pouch
  - Tear resistance

General Film Materials Of Laminated Structure

• 1 Layers

  LDPE
  HDPE
  LLDPE
  BOPP
  CPP

• 2 Layers

  (K) PET/PE
  (K) PET/(R)CPP
  OPP/PE
  OPP/CPP
  PA/PE
  PA/(R)CPP
  BOPP/VMCPP
  VMPET/PE
  VMPET/CPP
  Kraft/PE
  Krafte/CPP

• 3 Layers

  (K) PET/VMPET/PE
  (K) PET/VMPET/CPP
  (K) PET/AL/CPP
  (K) PET/AL/PE
  PA/VMPET/PE
  PA/AL/PE
  PA/AL(R)CPP
  (M)OPP/VMPET/PE
  (M)OPP/AL(R)CPP
  Kraft/AL/AL/PE(CPP)

• 4 Layers

  PET/AL/PA/PE
  PET/AL/PA/RCPP
  PET/VMPET/PA/PE
  PET/Kraft/AL/PE
  PET/Kraft/AL/CPP
  PET/Kraft/AL/VMPET/PE
  PET/Kraft/AL/VMPET/CPP
  MOPP/Kraft/VMPET/PE
  MOPP/Kraft/VMPET/CPP