- Polyphenylene sulfide
(PPS), a form of engineering plastic, is chemically
comprised of about 30 percent sulfur and about 70 percent benzene by
weight. It has captured wide attention as a material for automobile and
electronic parts but its manufacturing costs are high and it has not yet
been spread adequately
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In the PPS manufacturing
process,
sodium sulfide (Na2S) and sodium hydrogen sulfide (NaSH) are made to
react with paradichlorobenzene, produced by chlorination of benzene in
solvent
(N-Methylpyrrolidone), and polymerized PPS -
Polyphenylene sulfide can
be molded, extruded, or machined to high tolerances
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Hydraulic Components,
Bearings, Cams, Electrical Parts, Sockets, Coil Forms, Light Reflectors,
Emission Systems, Heat Grilles, Microwave Components, Flow meters are
some of the application areas of this product
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There are many sources of
technology and companies offering to develop unique materials for
special applications, and consultancy services
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General
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Basics
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Product Notes
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Background Information
Process
- Manufacturing Methods
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Synthesis
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Synthesis & thermal
properties
Properties
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Cold
Crystallization
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Adhesives for Bonding
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Properties
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Material Notes
Material Safety Data
Sheet
- Thermally Conductive
Polyphenylene Sulfide
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Data Sheet
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Fiber reinforced
Patents
- Process for
preparing Polyphenylene sulfide Resins
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Process for making
Polyphenylene sulfide with increased weight
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Fiber Reinforced Polyphenylene sulfide
- Rapid crystallizing
Polyphenylene sulfide Composition
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Polyphenylene sulfide molding compounds
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Applications
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Advance Capacitors
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High temperature Applications
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Electronic Industry
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Dyeable PP Fibres
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Yarn
Market
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Future of Chemicals
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Market researcher
- Commercial Polymeric
Materials
Project Information
- Project Details &
Contacts
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Equipment
Development Company
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Technology
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company
Ordering Information |