The recent developments in the photoinitiated cross-linking of polyethlene and the significant breakthrough of itsindustrial application are reviewed
The enhanced photo-initiation system
the dynamics of photoinitiated crosslinking
theoptimum conditions
the crystal morphological structures and related properties
and the photo- and thermo-oxidationstability of photocrosslinked polyethylene (XLPE) materials have been elucidated systematically. A new technique forproducing photocrosslinked XLPE-insulated wire and acble is described in detail.It can be expected that the future applications of photocrosslinking technique of polyolefins will be very promising.
Abstract
The recent developments in the photoinitiated cross-linking of polyethlene and the significant breakthrough of itsindustrial application are reviewed
The enhanced photo-initiation system
the dynamics of photoinitiated crosslinking
theoptimum conditions
the crystal morphological structures and related properties
and the photo- and thermo-oxidationstability of photocrosslinked polyethylene (XLPE) materials have been elucidated systematically. A new technique forproducing photocrosslinked XLPE-insulated wire and acble is described in detail.It can be expected that the future applications of photocrosslinking technique of polyolefins will be very promising.
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