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Intermediates

Derivatives of TAA, are the key components for manufacturing state-of-the-art UV stabilizers, commonly known as HALS, Hindered Amine Light Stabilizers. Typically, these substances are mixed into the polymer to form a polymer-additive blend and aim to maintain the characteristics and performance of polymers during their exposure to the damaging effects of sunlight and thermal stress.

Product Application Description 
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            [description] => I derivati dalla TAA rappresentano la materia prima chiave per la produzione di stabilizzanti luce di elevata qualità, comunemente conosciuti come HALS (Hindered Amine Light Stabilizers). Queste sostanze sono tipicamente mescolate ai polimeri per formare una miscela polimero-additivo che protegge le caratteristiche e le performance dei polimeri dai danni causati dall’esposizione a luce solare e calore.
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            [description] => Derivatives of TAA, acronym for the common name Triacetoneamine, are important intermediates for a variety of high-end products. As major part, TAA derivatives serve as key components for manufacturing light stabilizers for polymers.
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HMBTAD (Hexamethylen Bis-Triacetondiamine)

HMBTAD is one of the key precursors to produce all the main Amino HALS (Hindered Amine Light Stabilizers)

n-BUTYLTAD (n-Butyl Triacetondiamine)

n-BUTYLTAD is one of the key precursors to produce all the main Amino HALS (Hindered Amine Light Stabilizers)

TAD (Triacetondiamine)

TAD is primarily used during the polymerization of polyamides as a chain length modifier. It enhances the mechanical stability and dyeability of PA6 fibers. On top of that it efficiently prevents heat- and light-induced degradation.