Experimental performance data for PBAT-based biodegradable blend films (PLA and PBSA) across mono- and tri-layer configurations. Developed by Debarshi Nath at Borealis Harvested Dataverse and updated in February 2026, the data documents mechanical, barrier, and optical properties influenced by talc reinforcement and uniaxial stretching.
Use Cases
- Benchmarking mechanical stiffness and strength of PBAT-PLA vs PBSA-PBAT systems
- Analyzing the impact of uniaxial stretching on light transmittance and UV shielding
- Modeling the relationship between multilayer architecture and barrier performance in bioplastics
Strengths
- Includes comparative data for both mono- and tri-layer configurations
- Covers multiple performance dimensions including mechanical, barrier, and optical properties
- Features data on uniaxial stretching effects and strain-induced crystallization
Limitations
- Specific record counts and column headers are not provided in the source metadata
- Lack of raw sensor data or image files for structural analysis
Provenance
- Source
- Debarshi Nath, Borealis Harvested Dataverse
- Collection Method
- Laboratory experimentation using blown film extrusion and uniaxial stretching
- Freshness
- Updated February 2026