| Product | Tinuvin 1577 / 1600 |
| Manufacturer | BASF |
| Function | UV / light stabilizer |
| Chemistry / category | Hydroxyphenyl-triazine UVA |
| Industry | Plastics |
| Supplied by | HexaChem — Vietnam, nationwide |
Tinuvin 1577 / 1600 is a BASF uv / light stabilizer (Hydroxyphenyl-triazine UVA) used in plastics. High-performance hydroxyphenyl-triazine UV absorbers for engineering plastics, automotive and high-temperature applications. Excellent thermal stability. It is manufactured by BASF and distributed in Vietnam by HexaChem.
Key properties
It works as a hindered amine light stabiliser (HALS): scavenging the free radicals generated by UV exposure through a regenerative cycle. This gives long-lasting protection against weathering, even in thin sections and films.
Tinuvin 1577 / 1600 is used by plastics manufacturers in Vietnam. High-performance hydroxyphenyl-triazine UV absorbers for engineering plastics, automotive and high-temperature applications. Excellent thermal stability.
Store Tinuvin 1577 / 1600 in a cool, dry, well-ventilated area, in original sealed packaging and away from direct sunlight, moisture and incompatible materials. Always consult the product SDS for full handling, storage and safety guidance before use. HexaChem provides the SDS and TDS on request.
Request a quotation, sample, TDS or SDS from HexaChem's technical team.
Request a quote → Call us Email usTinuvin 1577 / 1600 is a BASF uv / light stabilizer used in plastics. High-performance hydroxyphenyl-triazine UV absorbers for engineering plastics, automotive and high-temperature applications. Excellent thermal stability.
Tinuvin 1577 / 1600 is manufactured by BASF. HexaChem distributes it in Vietnam.
Yes. HexaChem supplies Tinuvin 1577 / 1600 to plastics manufacturers across Vietnam, with stock in three regional warehouses and nationwide delivery.
Contact HexaChem's technical team by phone, email or the enquiry form to request the technical datasheet (TDS), safety data sheet (SDS), a sample, or a price quotation for Tinuvin 1577 / 1600.