Remon Pop-Iliev; Kyoung-Ho Lee; Park CB Ontario, University; Toronto, University The
feasibility of applying the single-charge rotational foam moulding processing principle to the …

The feasibility of applying the single-charge rotational foam moulding processing principle to
the fabrication of integral skin PP foams comprising a PP solid skin and a PP foamed core …

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 …

The fabrication of integral skin polypropylene (PP) foams comprising a PP solid skin and a
PP foamed core by a single-charge rotational foam moulding process was investigated. The …

ABSTRACT Rapid Rotational Foam Molding (RRFM) is a novel patent-pending process that
was designed and developed to maximize the synergistic effects resulting from the …

This paper focuses on the evolution and experimental validation of the novel patent-pending
Extrusion-Assisted Rotational Foam Molding (EARFM) process intended for the fabrication …

Fill-port foaming as a method for foaming of rotationally-moulded parts is described with
reference to the materials used, any mould modifications required, and cycle time changes …

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

The traditional rotational molding process is the most widely implemented technology for low-
cost fabrication of low-volumes of hollow/double-walled large-sized, seamless and virtually …

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 …