Triisononyl trimellitate

Jayflex DINA. See Diisononyl adipate Jayflex DINP. See Diisononyl phthalate Jayflex DIO A. See Diisooctyl adipate Jayflex DIOP. See Diisooctyl phthalate Jayflex DIUP. See Diisoundecyl phthalate Jayflex DO A. See Di octyl adipate Jayflex DTDA. See Ditridecyl adipate Jayflex DTDP. See Ditridecyl phthalate Jayflex LOP. See Dinonyl phthalate Jayflex L11P. SeeDiundecyl phthalate Jayflex TINTM. See Triisononyl trimellitate Jayflex TIOTM. See Triisooctyl trimellitate... 

Plasthall DO A. See Dioctyl adipate Plasthall DOP. See n-Dioctyl phthalate Plasthall DOS. See Dioctyl sebacate Plasthall DOZ. See Di octyl azelate Plasthall ESO. See Epoxidized soybean oil Plasthall NODA. Seen-Octyl, n-decyl adipate Plasthall TIOTM. See Triisononyl trimellitate Plasthall TOTM. See Trioctyl trimellitate Plasticizer SC-B. See PEG-3 dicaprylate/caprate Plasticryl 600, Plasticryl BF-44C. See Polyacrylic acid... 

Stafiex ODP. See n-Octyl n-decyl phthalate Stafiex TIOTM. See Triisononyl trimellitate Staflo Exio, Staflo Supreme HV. See Polyanionic cellulose... 

Distearyl thiodipropionate Ditridecyl thiodipropionate Poly-a-methylstyrene Trixylenyl phosphate plasticizer, absorption bases Lanolin alcohol plasticizer, ABS-PC Triphenyl phosphate plasticizer, acrylate elastomers Triisononyl trimellitate plasticizer, acrylate resins Diisooctyl phthalate plasticizer, acrylic coatings Benzyl phthalate Butyl benzyl phthalate Polypropylene glycol dibenzoate plasticizer, acrylic latex 2-Pyrrolidone... 

Trimellitic esters, such as tri-(2-ethylhexyl) trimellitate, TOTM, triisooctyl trim-ellitate, TIOTM, triisononyl trimellitate, TNTM... 

Some important physieal properties of TOTM and triisononyl trimellitate are given in Table 15. The low volatility of the trimellitates, indieated (50) by the low vapor pressures in Table 15 and the pereent low values of pereent-volatiles-lost in Table 14, is a property important when thin eoatings or high temperature exposures are eneountered. The downside to use of these plastieizers is their high viseosities, whieh make their addition to the formulation, dispersion, and mixing more eomplieated than for lower viseosity phthalates (see Tables 16 and 13). 

Esters are produced in the ratio of 3 mol of alcohol to 1 mol of anhydride. Common esters in this family are tris-2-ethylhexyl trimellitate (trioctyl trimellitate, TOTM) L79TM, an ester of mixed linear Cy and Cg alcohols L810TM, an ester of mixed linear Cs and Cio alcohols and triisononyl trimellitate (TNTM), an ester based on isononyl alcohol. 

While HNBR and NBR can be compounded with many of the same plasticizers and softeners, care must be taken with HNBR to assure that the plasticizer used is not so volatile that it detracts from the overall heat resistance of the finished compound. Common plasticizers used at a 20 phr level are summarized in Table 3.10 [15]. While plasticizers such as Dioctyl phthalate and dibutoxy ethoxy ethyl adipate are effective in reducing hardness and viscosity, they are also volatile at high temperatures and can give finished part shrinkage in prolonged heat aging. For an overall balance of low-temperature flexibility improvement, viscosity reduction, and stabUity to heat aging, the trioctyl trimellitate and the triisononyl trimellitate plasticizers are excellent choices. 

Property No. Dioctyl Plasticizer Phthalate Dibutoxy Ethoxyethyl Adipate Ether Ester Trioctyl Trimellitate Triisononyl Trimellitate... 

Tri-2-ethylhexyl Trimellitate (TOTM), Trilsooctyl Trimellitate (TIOTM), and Triisononyl Trimellitate (TINTM) TIOTM and TOTM are considered interchangeable by many formulators, as they yield very similar performances. TINTM is significantly less volatile than the Cg esters. It does impart better low-temperature flexibility, when formulated at adjusted efficiency. However, because of its higher viscosity, it is more difficult to dry-blend and process. 

Mixture 99 wt% triisononyl trimellitate 0.5 wt% 1,1,3-tris (2-methyl-4-hydroxy-5-t-butyl phenyl) butane ... 

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