Id: 6

Column Value
polymer_type <app.db.schema.PolymerType object at 0x71ff906087d0>
morphology <app.db.schema.Morphology object at 0x71ff90778530>
source <app.db.schema.LiteratureSource object at 0x71ff907789e0>
chemical_loads
matrix_entries (<app.db.schema.MatrixComposition object at 0x71ff9077bb90>) (<app.db.schema.MatrixComposition object at 0x71ff9077b1d0>) (<app.db.schema.MatrixComposition object at 0x71ff9077a4e0>) (<app.db.schema.MatrixComposition object at 0x71ff90778b30>)
id 6
polymer_type_id 6
size_major_axis_nm 60000.0
size_minor_axis_nm 18000.0
morphology_id 2
crystallinity_pct 40.0
surface_area_m2_per_g 1.5
zeta_potential_mv -25.0
hydrophobicity_log_d 1.5
surface_functionalization Amide groups exposed; some evidence of hydrolytic degradation.
protein_corona_potential
origin Secondary
weathering_state 2
degradability_notes Nylon-6 undergoes slow hydrolysis; more degradable than polyolefins.
density_g_per_cm3 1.15
reference_material_id
detection_method Py-GC/MS
refractive_index 1.53
reliability_rating conditional
detection_method_notes Potentially reliable but needs dimer marker confirmation for PA-6. Caprolactam monomer is the primary marker but may co-elute with other signals.
source_id 3
notes Nylon microfibre from synthetic fabrics and fishing net debris.
created_at 2026-05-16 05:30:24.903692
updated_at 2026-05-16 05:30:24.903692