… plain PET and PET with 0.1 wt% sodium stearate spun at 5 km/min. … in spinline for plain PET
and PET with 0.1 wt% sodium stearate … for plain PET and PET with 0.1 wt% sodium stearate. …

… Considering first of all the values of halfcrystallisation times expressed as a function of
crystallisation temperature (Fig 3), it would seem that sodium benzoate and sodium stearate have …

… was examined using zinc stearate. Four dif… stearate and zinc acetate at concentrations equal
to or exceeding 1.58 X mmol Zn+2/g PET. Zinc acetate is readily water soluble; zinc stearate …

… For example, polyethylene terephthalate (PET), used extensively in fiber and packaging …
-weight-of-nucleant basis, than sodium stearate, whereas sodium stearate was found to be more …

… (ethylene terephthalate) (PET) and poly(butylene … Na stearate, Na benzoate, 2Na-p-PS,
2Na-p-HB, and Na-EMAA were selected as the nucleating chemical agents. Na stearate and Na …

… stearate (MES)/polyethylene terephthalate (PET) composite nanofibres as form-stable phase
change materials. Field-emission scanning electron microscope images illustrated that the …

… stearic acid as an efficient surface modifying agent for CaCO 3 particles, and for the first time,
a pretreated, recycled, polyethylene terephthalate (PET… of CaCO 3 particles by stearic acid. …

… The in situ preparation methodology allows to obtain a good dispersion of the CaCO3
nanoparticles into the poly(ethylene terephthalate) matrix. The coating with stearic acid facilitates …

… was obtained using stearic acid as solute. This result is not conclusive since n-hexadecane
maywell spread on a monolayer of stearic acid when the layer is not close packed.12·14 …

… sodium benzoate, sodium stearate. From this list one concludes that the chemical nature
of the additive is of little consequence in the heterogeneous nucleation process. This simplified …