The feasibility of applying the single-charge rotational foam molding processing principle to
the fabrication of integral skin polypropylene (PP) foams comprising a PP solid skin and a …

In order to survive the competition, the processing cycle time and the energy consumption of
the rotational foam molding process must be reduced to a fraction of its current levels without …

This paper is intended to provide an engineering understanding of the technological
potentials for processing polypropylene (PP) foams in rotational foam molding. A process …

Polypropylene (PP) has not been used extensively in rotational foam molding because it has
been traditionally considered as nonfavorable for foaming applications because of its …

This paper is intended to provide an engineering understanding of the technological
potentials for processing polypropylene (PP) foams in rotational foam molding. A process …

This thesis is intended to provide a scientific and engineering understanding of the
technological potentials for processing fine-cell PP foams by using a compounding …

Producing polypropylene (PP) foams with satisfactory cell morphologies in rotational foam
molding is feasible. However, the narrow interval between the melting temperature of PP …

Increasing mold temperature is effective to improve the surface quality of injection molding
foamed products, but high mold temperature often leads to deteriorative cellular quality …

Long-chain branched polypropylene (LCB PP) has been used extensively to improve cell
morphologies in foaming applications. However, most research focuses on low melt flow …

This paper demonstrates howthe rotational foam molding process can be employed for the
manufacture of plastic articles that have a distinct layer of nonfoamed skin surrounding a …