Ippd (4010NA)

SuNyJoint Antioxidant IPPD (401NA)

Descriptio

Antioxidant eget nominis	N-isopropyl, n'-phenyl, P, Phenylene Diamine
MOLECULA	C15H28N2
MOLECULA
Pondus	226.31
Gravitas	1.14
CAS non.	101-72-4
Sarcina	25kg / pera
Storage vitae	XII mensibus

Specificatio:

Synergistic effectus Flexilis anti-canus agentibus includit intermolecular synergism et intramolecular synergism.intramolular synergy, etiam notum ut sui synergism, refert ad quod an anti-canus agente continet multiple antioxidant eget coetus, quae habent synergistic effectus in se.

I. Intermolecular Synergies intermolecular Synergies potest dividi in sequentibus duo genera: (I) omnes Synerergies referuntur ad Synerbies generatur per compositum antioxidant agentibus cum eodem antioxidant in synergistic effectus inter antioxidant agentibus cum diversis antioxidant mechanisms agentibus.

(1) are synergy when two different space steric hindrance of hindered phenol, or two kinds of structure and activity of different amine stabilizer, or an aromatic amine and 1 kind of hindered phenolic antioxidant compound, when using highly active stabilizer can effectively capture the oxidation of free radicals or oxygen free radicals, low activity of the stabilizer can provide hydrogen atoms, that highly active stabilitorer regeneratione generate synergy, ut ponere manentem antioxidant facultatem.

(2)the typical example of heterogeneous synergistic effect is the combination of main anti-aging agent and auxiliary anti-aging agent.There is synergistic effect between phenolic antioxidant and phosphite.Phenolic anti-aging agent as a kind of main antioxidant, there is a lively hydrogen atom (oh) in the molecule, this hydrogen atom is more active than the Hydrogenium Atom in Flexilis ipsum torquem (including in hydrogenii duplex vinculum in ipsum torquem), in hydrogen atom primum cum Macromegen Radical (Aro?) .. Ob Aro? Aro et de Rami, quod in incremento its spatial hindrance effect, can make it protected by the larger adjacent volume groups and improve the stability.Also, because ArO?In the same large conjugated system with benzene ring, it is relatively stable and has low activity, so it cannot initiate the chain reaction, but can only combine with another active free radical, terminate one free radical again, and generate a more stable compound, so as to terminate the chain reaction.ArO?This stability can prevent the rapid consumption of anti-aging agents due to direct oxidation, and can also reduce chain transfer reaction, thus improving its antioxidant performance.Hydroperoxides are harmful intermediates that catalyze thermal oxidation.However, phenolic antioxidant cannot decompose hydroperoxide by itself, so when phenolic antioxidant is used alone, it is difficult to achieve the ideal effect of aging Ne facultatem facultatem ad capere liberum radicalis Persoxide PEROXIDE, sic potest corrumpere hydroperioxide, sic inhibendo degradation of Flexilis ex autocatalytic reaction.However, in stabilitate phospharus estets est pauper, quod ducit ad diminutionem anti- anti-senatu, quod ad decrementum anti-senatu, quod est ad decremendat anti-anti- anti-anti-sydrolyt Agentia est ad ad lorica impedimentum circa phosphoro atomi in structure.through theoretical investigationis et usu, quod dictum est quod in compositione agente potest consequi complementary effectus, et potest ludere a bono componi potest complexum et phenol et aucidam agentibus sunt composito et exacerbet phenol et phosphorous acid.

II. Synergism, cum intellectus intellectus compositorum anti-canus agentibus, nos developed an intramolecular compositum anti-senex agent.ith in unum molecule et on.In ad proprietatibus in unum Molecule et on.In ad proprietates in unum et adinventus, et in Synergistic Effectus de principalis Anti-canus agente et auxiliaris anti-canus agente potest ad amplio efficientiam de anti-canus agente per intramolecular compositis.

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