PLA-Premium bioplastic
Key Facts
- Better mechanical properties: toughness and impact resistance
- Better processability (cycle times and density comparable to PET)
- Better barrier properties: to water vapor and oxygen
Categories
- Nettings made of flexible plastic
- Composites made of flexible plastic
- Ampoules, flacons made of moulded plastic
- Cases made of moulded plastic
- Trays, crates made of moulded plastic
- Blisters made of moulded plastic
- Bottles made of moulded plastic
- Trays, bowls, cups made of moulded plastic
- Cans, jars, pots made of moulded plastic
- Canisters, buckets made of moulded plastic
- Sacks made of flexible plastic
- Boxes made of moulded plastic
- Luxury packaging, luxury cases
- Packaging from renewable resources
- Biodegradable packaging
- Combinations, composites (closures and handles)
- Packaging design
- Packaging samples
- Packaging testing
- Research, development
- Packaging from additive manufacturing (3D printing)
- Fibre composites
Key Facts
- Better mechanical properties: toughness and impact resistance
- Better processability (cycle times and density comparable to PET)
- Better barrier properties: to water vapor and oxygen
Categories
- Nettings made of flexible plastic
- Composites made of flexible plastic
- Ampoules, flacons made of moulded plastic
- Cases made of moulded plastic
- Trays, crates made of moulded plastic
- Blisters made of moulded plastic
- Bottles made of moulded plastic
- Trays, bowls, cups made of moulded plastic
- Cans, jars, pots made of moulded plastic
- Canisters, buckets made of moulded plastic
- Sacks made of flexible plastic
- Boxes made of moulded plastic
- Luxury packaging, luxury cases
- Packaging from renewable resources
- Biodegradable packaging
- Combinations, composites (closures and handles)
- Packaging design
- Packaging samples
- Packaging testing
- Research, development
- Packaging from additive manufacturing (3D printing)
- Fibre composites