You would like to carry out an analysis of the behavior of your polymers in water according to OECD 120
OECD 120: dissolution behavior and stability of polymers
Evaluate the persistence of your polymers and nanoplastics in aqueous environments with the OECD 120 test, a key step for environmental safety and material compliance.
In an increasingly stringent regulatory context for microplastics and polymers, the OECD 125 guideline (formerly focused on density and now centered on dissolution/precipitation behavior) has become an essential tool for manufacturers in the plastics, chemical, and environmental sectors.
The goal of OECD 120 is to determine the dissolution behavior of polymers in water. Unlike small molecules, polymers exhibit complex solubilization mechanisms linked to their macromolecular structure.
The implications for industry:
- Characterization of nanoplastics: understanding whether your polymer particles dissolve or remain solid in water.
- Health and environmental safety: identifying the potential release of oligomers or additives during dissolution.
- Regulatory anticipation: providing robust data for polymer registration dossiers (subject to increased monitoring by ECHA).
The FILAB laboratory supports you in your analytical needs according to OECD 120
Our technical means for analysis according to OECD 120
Our other nano services according to the OECD
Why use FILAB?
Mutual Recognition of Data (MAD): In accordance with OECD principles, the data generated by our laboratory is recognized by all OECD member countries. This avoids duplication of testing and facilitates your global exports.
COFRAC ISO 17025 accreditation: a guarantee of scientific rigor, essential for the validity of your dossiers with ECHA.
Nanomaterials expertise: our experts advise you on the most relevant testing strategy for your substance.
Our other nanomaterials expertise services
The FILAB laboratory is ISO 17025 accredited by COFRAC for the characterization of nanomaterials!
To go further
Determination of regulated substances: heavy metals, phthalates, nitrosamines, bisphenol A, residual solvents