The intermediates for hindered amine light stabilizers (HALS) are key chemicals for synthesizing high-performance HALS. They play an important role in the supply chain for light stabilizers. Thanks to their specifically designed molecular structures, these intermediates give the final products an exceptional radical scavenging capability, making them long-acting stabilizers.
Main Varieties:
Tetramethylpiperidine derivatives, such as those in the FENTAPUR TMP family, which are basic raw materials for making low-molecular-weight HALS.
Piperidine compounds, such as FENTAPUR TAA, a key intermediate for making high-end HALS.
Applications /Benefits:
For synthesizing general-purpose HALS, such as star products like FENTASTAB 770 and FENTASTAB 944.
For making special light stabilizers developed for special purposes, such as agricultural films and automotive coatings.
For producing reactive HALS that can chemically bind with polymer substrates.
For developing composite stabilizers used with UV absorbers and antioxidants.
End use:
Agricultural films: They can significantly extend the service life of greenhouse films.
Automotive coatings: The colors can remain unchanged for a long time.
Engineering plastics: They can enhance the outdoor performance of such plastics.
Packaging materials: They can prevent the materials from degrading caused by photo-oxidation.
Synthetic fibers: They can enhance the materials' weather resistance and color fastness.