Four Major Development Trendsof Chemical New Materials
Year:1998 ISSUE:20
COLUMN:MARKET REPORT
Click:190 DateTime:Jan.04,2006
Four Major Development Trendsof Chemical New Materials
By Hua Xin
According to the projection of experts, the development of chemical new
materials will have the following four major trends in the next few
years: (1) The production units will be large-sized with economic scale.
(2) The production of monomers and resins will be concentrated, the
production of products will be moderately dispersed and deep
processing will be more emphasized. (3) Development priority will be
on organosilicon materials, organofluorine materials, engineering
plastics and alloys, separation membranes and separation technologies.
In organosilicon materials, a 50 000 - 60 000 t/a monomer unit and 2
or 3 product and deep-processing bases will be constructed. The second
phase and the third phase expansion will be followed to raise the
capacity of organosilicon monomers to 150 000 - 180 000 t/a . In
organofluorine materials , a 3 000 t/a Teflon unit, a 1 000 t/a
PVDF unit and a 1 000 t/a fluorine rubber unit will be constructed. In
engineering plastics and alloys, a 40 000 - 50 000 t/a
polyformaldehyde resin unit, a 20 000 - 50 000 t/a polycarbonate
unit and associated deep-processing units will be constructed. In
separation membranes and separation technologies, a 30 000 m2/a unit
of ionic membranes used in the chlor- alkali industry,
ultrafiltration and microfiltration membrane units and separation
membrane equipment units will be constructed. Special-fiber and high
-performance composite materials and special gases will be developed. (4)
Scientific research of chemical new materials will be further
integrated with production. It is expected that by the end of the
century the consumption will reach 8 000 tons for organosilicon
monomers, around 7 000 tons for teflon and over 80 000 tons for
engineering plastics. The sales volume of chemical new materials in
China will be more than 10 billion yuan at the end of the century.