Chlorinated polyethylene uses

Fig. 29. The experimental cloud point curve and simulated spinodal for a mixture of polyfmethyl methacrylate) and chlorinated polyethylene using a value of Xj2 = —30 atm and Q,j = —0.06 atm K showing that the LCST can be simulated using data which is broadly compatible with that used in simulating a UCST in the previous figure...

Solubility. Polyethylene oxide) is completely soluble in water at room temperature. However, at elevated temperatures (>98° C) the solubility decreases. It is also soluble in several organic solvents, particularly chlorinated hydrocarbons (see WATER-SOLUBLE polymers). Aromatic hydrocarbons are better solvents for polyethylene oxide) at elevated temperatures. Solubility characteristics are Us ted in Table 1. 

SPIOOO (Supelco Inc.), a polyethylene glycol substituted terphthalic acid, on 100-120 inert diatomite (AW, DCDMS) support for US EPA method 612 for chlorinated hydrocarbons ... 

We discussed above only the sim dest model, i ., the irreversible reaction of the first order. Let us now consider how one can take into accoimt some comjdications in the reaction. One such complication is to discuss non-first order reactions, for example, the chlorination of polyethylene which under certain conditions proceeds as a (l/2)order reaction This resulting order can be exidained by the following sdieme ... 

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