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Flame-resistant modacrylic polymer
Additives for Polymers
December 1996
EP69349 1 New antibacterial agents Bayer AG Priority date: 20 July 1994 New derivatives of 3-hetero-aryl-2-oxazolidinone are useful as agents against Grampositive bacteria and bacterium-like microorganisms. JO8 199042 Melamine moulding material Matshushita Electric Works Ltd Priority date: 25 January 1995 A melamine resin moulding compound containing an organic acid curing agent with high sublimation or boiling point has good mouldability properties at an elevated temperature. JO819055 Flame-resistant polycarbonate Mitsubishi Rayon Co Priority date: 23 January 1995 A flame-retardant polycarbonate compound with high resistance to impact and light and with good mouldability can be produced by combining polycarbonate with a multi-stage graft copolymer, a vinyl copolymer and high and low molecular-weight halogenated compounds. US5482987 Self-lubricating composition Hoechst Celanese Group Priority date: 28 February 1995 A self-lubricating compound may from a thermoplastic polymer polyoxymethylene with three types ethylene, fatty acid divide, metal stabilisers.
be made such as of polysalt and
JO8 199065 Polyamide with high UV resistance Teijin Ltd Priority date: 23 January 1995 An aromatic polyamide with high resistance to ultraviolet light can be produced from aromatic amide and a derivative of amino benzophenone-acyl: it is suitable for fibres, films or sheets, for textiles and automobile interior parts.
6 1996 Elscvier Science
JO8 199092 Polyesters for FR powder coatings Nippon Ester Co Ltd Priority date: 20 January 1995 Polyester resins which can be used for relatively economical flame-retardant powder coatings, with good flexibility and impact resistance, can be produced from an aromatic dicarboxylic acid component and an aliphatic glycol component, copolymerised with a compound containing phosphorus. EP694566 Flame-resistant modacrylic polymer Montefibre SpA Priority date: 29 July 1994 Fibres based on modacrylic copolymers (produced by catalytically copolymerising acrylonitrile, a halogenated comonomer and a comonomer with a hydrophilic group) have reduced flammability, high lustre, mechanical strength and good dyeability. JO8 199083 Pigment dispersion for curable resin Dainichiseika Color & Chemical Manufacturing and Matsushita Electric Works Priority date: 26 January 1995 A pigment dispersion with long stable dispersibility and improved re-dispersibility comprises an organosilane solution, metal oxide pigment, fine particulate silica and/or alumina, and alkoxides of titanium, aluminium and zirconium. WO9601480 Electrically-conducting thermoset Neste Oy Priority date: 1 July 1994 An electrically-conducting thermosetting polymer comprises a conjugated polymer of polyaniline, substituted polyanilines and copolymers, protonic acid and thermoset resin. (The information given in the above section has been supplied by Derwent Information Ltd, Derwent House, 24 Great Queen Street, London WC2B 5DF, UK; tel: +44-l 71 355 2800; fax: +44-l 71 344 2900. Extended summaries or full copies of the patents listed can be obtainedfrom Derwent).
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December 1996
EP69349 1 New antibacterial agents Bayer AG Priority date: 20 July 1994 New derivatives of 3-hetero-aryl-2-oxazolidinone are useful as agents against Grampositive bacteria and bacterium-like microorganisms. JO8 199042 Melamine moulding material Matshushita Electric Works Ltd Priority date: 25 January 1995 A melamine resin moulding compound containing an organic acid curing agent with high sublimation or boiling point has good mouldability properties at an elevated temperature. JO819055 Flame-resistant polycarbonate Mitsubishi Rayon Co Priority date: 23 January 1995 A flame-retardant polycarbonate compound with high resistance to impact and light and with good mouldability can be produced by combining polycarbonate with a multi-stage graft copolymer, a vinyl copolymer and high and low molecular-weight halogenated compounds. US5482987 Self-lubricating composition Hoechst Celanese Group Priority date: 28 February 1995 A self-lubricating compound may from a thermoplastic polymer polyoxymethylene with three types ethylene, fatty acid divide, metal stabilisers.
be made such as of polysalt and
JO8 199065 Polyamide with high UV resistance Teijin Ltd Priority date: 23 January 1995 An aromatic polyamide with high resistance to ultraviolet light can be produced from aromatic amide and a derivative of amino benzophenone-acyl: it is suitable for fibres, films or sheets, for textiles and automobile interior parts.
6 1996 Elscvier Science
JO8 199092 Polyesters for FR powder coatings Nippon Ester Co Ltd Priority date: 20 January 1995 Polyester resins which can be used for relatively economical flame-retardant powder coatings, with good flexibility and impact resistance, can be produced from an aromatic dicarboxylic acid component and an aliphatic glycol component, copolymerised with a compound containing phosphorus. EP694566 Flame-resistant modacrylic polymer Montefibre SpA Priority date: 29 July 1994 Fibres based on modacrylic copolymers (produced by catalytically copolymerising acrylonitrile, a halogenated comonomer and a comonomer with a hydrophilic group) have reduced flammability, high lustre, mechanical strength and good dyeability. JO8 199083 Pigment dispersion for curable resin Dainichiseika Color & Chemical Manufacturing and Matsushita Electric Works Priority date: 26 January 1995 A pigment dispersion with long stable dispersibility and improved re-dispersibility comprises an organosilane solution, metal oxide pigment, fine particulate silica and/or alumina, and alkoxides of titanium, aluminium and zirconium. WO9601480 Electrically-conducting thermoset Neste Oy Priority date: 1 July 1994 An electrically-conducting thermosetting polymer comprises a conjugated polymer of polyaniline, substituted polyanilines and copolymers, protonic acid and thermoset resin. (The information given in the above section has been supplied by Derwent Information Ltd, Derwent House, 24 Great Queen Street, London WC2B 5DF, UK; tel: +44-l 71 355 2800; fax: +44-l 71 344 2900. Extended summaries or full copies of the patents listed can be obtainedfrom Derwent).
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