01
Understand
Study the product, filling process, packaging format, and performance requirements.
Sustainable Materials. Advanced Structures. Practical Performance.
Compos-Pack develops flexible packaging solutions using a range of bio-based and paper-based materials combined with advanced coating and lamination technologies.
Structures
Our portfolio combines sustainable substrates with advanced barrier and conversion technologies to deliver packaging structures designed for specific applications and performance requirements.
01
PLA Films
02
Paper-Based Laminates
03
Paper + PLA Structures
04
High-Barrier Paper Structures
05
Custom Multilayer Structures
06
Compostable Packaging Structures
07
Bio-Based Packaging Systems
08
Metallised Paper & Film Structures
09
Application-Specific Barrier Structures
Typical Packaging Structures
| Structure | Barrier Performance | Heat Seal | High-Speed FFS |
|---|---|---|---|
| 100% PLA Film | ★★★★☆ | ||
| PLA + Coating | ★★★★☆ | ||
| Paper + PLA | ★★★★☆ | ||
| Paper + High-Barrier Coating | ★★★★☆ | ||
| Metallised Film + Barrier Coating | ★★★★★ | ||
| PLA + Aluminium Foil | ★★★★★ | ||
| Paper + Aluminium Foil | ★★★★★ | ||
| Paper + Aluminium Foil + CPP | ★★★★★ |
Performance varies by structure. Barrier, sealing and processing characteristics can be
customised according to the packaging application.
Advanced Coating & Lamination Technologies
- Compostable Metallised Film
- Compostable Lamination Systems
- Bio-Based Coatings
- High-Barrier Functional Coatings
- Heat-Sealable Coatings
- Moisture, Oxygen & Oil-and-Grease Barrier Coatings
- Vacuum Metallisation
These technologies allow packaging structures to be developed around the specific performance requirements of the product and packaging process.
From Application to Packaging Structure
Every product has different packaging requirements. Therefore, Compos-Pack follows an application-focused development process to create the right structure for every requirement.
02
Define
Identify barrier, sealing, strength, shelf-life and compliance parameters.
03
Engineer
Select and develop the appropriate combination of paper, PLA, bio-based materials, coatings, adhesives and functional layers.
04
Validate
Evaluate the proposed structure against relevant technical and application requirements.
05
Convert
Supply the material in flexible roll or pouch formats according to the requirement.
06
Improve
Refine materials and structures based on customer feedback, application performance and evolving sustainability requirements.