Liquid Oligopiperylene Rubber

The range of chain propagation reaction rate constants kp differs practically in two orders without essential differences in molecular characteristics (M. Mn, Mw/Mn) of synthesized oligopiperylene (Table 5.2). This determines necessity of use in technological scheme of liquid oligopiperylene rubber synthesis of chemical reactors constructions of various types in dependence on catalytic systems activity. [Pg.120]

Figure 5.13 The scheme of SSOP liquid oligopiperylene rubber syntbesis. 1,2-reactor-polymeriser with gate agitators and condensers, 3 - degasator (a) 1,3-small-sized tubular turbulent devices for oligopiperylene synthesis and catalyst deactivation, 2 - condenser (b), 4 - receiver, 5 - degasator. I - solvent, II - catalyst, III - piperylene fraction, IV - deactivator, V - recycle, and VI - SSOP to stock...

$Figure 5.13 The scheme of SSOP liquid oligopiperylene rubber syntbesis. 1,2-reactor-polymeriser with gate agitators and condensers, 3 - degasator (a) 1,3-small-sized tubular turbulent devices for oligopiperylene synthesis and catalyst deactivation, 2 - condenser (b), 4 - receiver, 5 - degasator. I - solvent, II - catalyst, III - piperylene fraction, IV - deactivator, V - recycle, and VI - SSOP to stock...$

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