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This page displays all 「FI」 in main group C04B35/00. |
HB:Handbook | ||||
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CC:Concordance | |||||
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Shaped ceramic products characterised by their composition; ceramic compositions (containing free metal bonded to carbides, diamond, oxides, borides, nitrides, silicides, e.g. cermets, or other metal compounds, e.g. oxynitrides or sulfides, other than as macroscopic reinforcing agents C22C); Processing powders of inorganic compounds preparatory to the manufacturing of ceramic products [4] | HB | CC | 4G030 | |
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.based on oxides [6] | HB | CC | 4G030 | |
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..containing carbon (C04B35/103 takes precedence) | HB | CC | 4G030 | |
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..based on manganite | HB | CC | 4G030 | |
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..based on magnesium oxide, calcium oxide or oxide mixtures derived from dolomite [6] | HB | CC | 4G030 | |
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...Refractories from grain sized mixtures containing non-oxide refractory materials, e.g. carbon [6] | HB | CC | 4G030 | |
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...based on magnesium oxide [6] | HB | CC | 4G030 | |
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....Refractories from grain sized mixtures [6] | HB | CC | 4G030 | |
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.....containing refractory metal compounds other than chromium oxide or chrome ore | HB | CC | 4G030 | |
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.....containing chromium oxide or chrome ore [6] | HB | CC | 4G030 | |
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......obtained from fused grains | HB | CC | 4G030 | |
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......obtained from prereacted sintered particles, e.g. simultaneous sintering | HB | CC | 4G030 | |
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....Refractories by fusion casting [6] | HB | CC | 4G033 | |
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.....containing chromium oxide or chrome ore | HB | CC | 4G033 | |
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....Fine ceramics [6] | HB | CC | 4G030 | |
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...based on calcium oxide [6] | HB | CC | 4G030 | |
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...based on oxide mixtures derived from dolomite | HB | CC | 4G030 | |
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..based on beryllium oxide [6] | HB | CC | 4G030 | |
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..based on aluminium oxide [6] | HB | CC | 4G030 | |
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...Refractories from grain sized mixtures [6] | HB | CC | 4G030 | |
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....containing refractory metal compounds other than those covered by C04B35/103 to C04B35/106 | HB | CC | 4G030 | |
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....containing non-oxide refractory materials, e.g. carbon(C04B35/106 takes precedence) [6] | HB | CC | 4G030 | |
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....containing chromium oxide or chrome ore [6] | HB | CC | 4G030 | |
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....containing zirconium oxide or zircon (ZrSiO4) [6] | HB | CC | 4G030 | |
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...Refractories by fusion casting [6] | HB | CC | 4G033 | |
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....containing zirconium oxide or zircon (ZrSiO4) [6] | HB | CC | 4G030 | |
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...Fine ceramics [6] | HB | CC | 4G030 | |
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....Minute sintered entities, e.g. sintered abrasive grains or shaped particles such as platelets (abrasives C09K3/14) | HB | CC | 4G030 | |
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....based on beta-aluminium oxide [6] | HB | CC | 4G030 | |
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....Translucent or transparent products [6] | HB | CC | 4G030 | |
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....Composites [6] | HB | CC | 4G030 | |
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.....with zirconium oxide [6] | HB | CC | 4G030 | |
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..based on chromium oxide (C04B 35/047, C04B 35/105 take precedence) [6] | HB | CC | 4G030 | |
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..based on silica | HB | CC | 4G030 | |
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..based on silicates other than clay [6] | HB | CC | 4G030 | |
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...rich in aluminium oxide [6] | HB | CC | 4G030 | |
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....Mullite [6] | HB | CC | 4G030 | |
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....Alkali metal aluminosilicates, e.g. spodumene [6] | HB | CC | 4G030 | |
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....Alkaline earth aluminosilicates, e.g. cordierite [6] | HB | CC | 4G030 | |
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...rich in aluminium oxide [6] | HB | CC | 4G030 | |
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...rich in magnesium oxide [6] | HB | CC | 4G030 | |
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..based on ferrites [2,6] | HB | CC | 4G018 | |
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...with nickel oxide as the principal oxide [2,6] | HB | CC | 4G018 | |
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....with zinc oxide [2,6] | HB | CC | 4G018 | |
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...with cobalt oxide as the principal oxide [2,6] | HB | CC | 4G018 | |
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....with zinc oxide [2,6] | HB | CC | 4G018 | |
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...with manganese oxide as the principal oxide [2,6] | HB | CC | 4G018 | |
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....with zinc oxide [2,6] | HB | CC | 4G018 | |
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...with rare earth oxide [2,6] | HB | CC | 4G018 | |
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..based on chromites (C04B35/047, C04B35/105 take precedence) [2,6] | HB | CC | 4G031 | |
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..based on aluminates [2,6] | HB | CC | 4G031 | |
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...Magnesium aluminate spinel [6] | HB | CC | 4G031 | |
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..based on phosphates [6] | HB | CC | 4G031 | |
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..based on copper oxide or solid solutions thereof with other oxides[6] | HB | CC | 4G030 | |
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...containing rare earth oxide | HB | CC | 4G030 | |
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...containing thallium oxide | HB | CC | 4G030 | |
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....furthermore containing lead oxide | HB | CC | 4G030 | |
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...containing bismuth oxide | HB | CC | 4G030 | |
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....furthermore containing lead oxide | HB | CC | 4G030 | |
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..based on zinc, tin or bismuth oxides or solid solutions thereof with other oxides, e.g. zincates, stannates or bismuthates [6] | HB | CC | 4G030 | |
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...based on tin oxides or stannates [6] | HB | CC | 4G030 | |
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..based on titanium oxides or titanates (containing also zirconium or hafnium oxides, zirconates or hafnates C04B35/49) [6] | HB | CC | 4G031 | |
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...based on titanates [6] | HB | CC | 4G031 | |
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....based on alkaline earth metal titanates [6] | HB | CC | 4G031 | |
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.....based on barium titanates [6] | HB | CC | 4G031 | |
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......based on BaTiO3 perofskite phase | HB | CC | 4G031 | |
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.......containing lead compounds (C04B35/472 takes precedence) | HB | CC | 4G031 | |
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......based on phases other than BaTiO3 perofskite phase | HB | CC | 4G031 | |
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.......containing lead compounds (C04B35/472 takes precedence) | HB | CC | 4G031 | |
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.....based on strontium titanates [6] | HB | CC | 4G031 | |
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....based on lead titanates [6] | HB | CC | 4G031 | |
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....based on bismuth titanates [6] | HB | CC | 4G031 | |
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....based on aluminium titanates [6] | HB | CC | 4G031 | |
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..based on zirconium or hafnium oxides or zirconates or hafnates [6] | HB | CC | 4G031 | |
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...Refractories from grain sized mixtures [6] | HB | CC | 4G031 | |
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...Refractories by fusion casting [6] | HB | CC | 4G031 | |
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...Fine ceramics [6] | HB | CC | 4G031 | |
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....Composites [6] | HB | CC | 4G031 | |
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.....with aluminium oxide | HB | CC | 4G031 | |
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...containing also titanium oxide or titanates [3,6] | HB | CC | 4G031 | |
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....based on lead zirconates and lead titanates [6] | HB | CC | 4G031 | |
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.....containing also other lead compounds [6] | HB | CC | 4G031 | |
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..based on vanadium, niobium, tantalum, molybdenum or tungsten oxides or solid solutions thereof with other oxides, e.g. vanadates, niobates, tantalates, molybdates or tungstates [6] | HB | CC | 4G031 | |
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...based on solid solutions with lead oxide [6] | HB | CC | 4G031 | |
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....containing also titanates [6] | HB | CC | 4G031 | |
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.based on rare earth compounds | HB | CC | 4G031 | |
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..based on yttrium oxide [6] | HB | CC | 4G031 | |
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.based on compounds of actinides [2] | HB | CC | 4G031 | |
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.based on non-oxides(C04B35/50, C04B35/51 take precedence) [6] | HB | CC | 4G031 | |
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..based on carbon, e.g. graphite [6] | HB | CC | 4G132 | |
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...obtained from polymer precursors, e.g. glass-like carbon material [6] | HB | CC | 4G132 | |
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...obtained from carbonaceous particles with or without other non-organic components [6] | HB | CC | 4G132 | |
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....containing a carbonisable binder [6] | HB | CC | 4G132 | |
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...based on expanded graphite [6] | HB | CC | 4G132 | |
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..based on sulfides or selenides [6] | HB | CC | 4G030 | |
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..based on fluorides [6] | HB | CC | 4G030 | |
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..based on carbides [4] | HB | CC | 4G001 | |
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...well-defined oxygen content, e.g. oxycarbides | HB | CC | 4G001 | |
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...based on refractory metal carbides | HB | CC | 4G001 | |
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....based on titanium carbide | HB | CC | 4G001 | |
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.....based on titanium silicon carbides | HB | CC | 4G001 | |
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.....based on titanium aluminium carbides | HB | CC | 4G001 | |
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....based on zirconium or hafnium carbides | HB | CC | 4G001 | |
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....based on tungsten carbide | HB | CC | 4G001 | |
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...based on boron carbide [6] | HB | CC | 4G001 | |
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...based on silicon carbide [6] | HB | CC | 4G001 | |
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....Refractories from grain sized mixtures [6] | HB | CC | 4G001 | |
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....Fine ceramics [6] | HB | CC | 4G001 | |
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.....obtained from polymer precursors [6] | HB | CC | 4G001 | |
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.....obtained by reaction sintering [6] | HB | CC | 4G001 | |
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.....obtained by pressure sintering [6] | HB | CC | 4G001 | |
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......obtained by gas pressure sintering | HB | CC | 4G001 | |
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.....obtained by sintering without pressure [6] | HB | CC | 4G001 | |
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.....Composites [6] | HB | CC | 4G001 | |
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..based on borides, nitrides or silicides [4] | HB | CC | 4G001 | |
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...based on refractory metal nitrides | HB | CC | 4G001 | |
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....based on titanium nitride | HB | CC | 4G001 | |
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.....based on titanium carbonitrides | HB | CC | 4G001 | |
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....based on zirconium or hafnium nitrides | HB | CC | 4G001 | |
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.....based on zirconium or hafnium carbonitrides | HB | CC | 4G001 | |
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...based on iron family metal nitride | HB | CC | 4G001 | |
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...based on borides | HB | CC | 4G001 | |
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....based on magnesium boride, e.g. MgB2 | HB | CC | 4G001 | |
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....based on refractory borides | HB | CC | 4G001 | |
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.....based on titanium borides | HB | CC | 4G001 | |
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.....based on zirconium or hafnium borides | HB | CC | 4G001 | |
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...based on silicides | HB | CC | 4G001 | |
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....based on refractory metal silicides | HB | CC | 4G001 | |
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...based on aluminium nitride [6] | HB | CC | 4G001 | |
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....Composites [6] | HB | CC | 4G001 | |
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...based on boron nitride [6] | HB | CC | 4G001 | |
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....based on cubic boron nitride [6] | HB | CC | 4G001 | |
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....based on hexagonal boron nitride [6] | HB | CC | 4G001 | |
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....Composites [6] | HB | CC | 4G001 | |
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...based on silicon nitride [6] | HB | CC | 4G001 | |
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....Refractories from grain sized mixtures [6] | HB | CC | 4G001 | |
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....Fine ceramics [6] | HB | CC | 4G001 | |
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.....obtained from polymer precursors [6] | HB | CC | 4G001 | |
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.....obtained by reaction sintering [6] | HB | CC | 4G001 | |
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.....obtained by pressure sintering(C04B35/594 takes precedence)[6] | HB | CC | 4G001 | |
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......obtained by gas pressure sintering | HB | CC | 4G001 | |
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.....obtained by sintering a reaction-sintered product, with or without pressure [6] | HB | CC | 4G001 | |
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.....Composites [6] | HB | CC | 4G001 | |
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...based on silicon oxynitrides [6] | HB | CC | 4G001 | |
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....based on silicon aluminium oxynitrides [SiAlON] [2006.01] | HB | CC | 4G001 | |
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.Forming processes; Processing powders of inorganic compounds for the manufacturing of ceramic products [6] | HB | CC | 4G033 | |
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..using waste materials or dust (clay-wares containing waste materials C04B33/132) | HB | CC | 4G033 | |
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...using woody materials, remaining in the ceramic products (to obtain porous materials by burning out C04B38/06) | HB | CC | 4G033 | |
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...using rice materials, e.g. bran or hulls or husks | HB | CC | 4G033 | |
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..Sol-gel processing [6] | HB | CC | 4G033 | |
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..preparing or treating the powders individually or as batches [6] | HB | CC | 4G033 | |
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...treating the starting powders individually or as mixtures | HB | CC | 4G033 | |
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....Milling | HB | CC | 4G033 | |
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.....High energy or reactive ball milling | HB | CC | 4G033 | |
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.....Calcination; milling of sintered raw materials, ceramics | HB | CC | 4G033 | |
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....wet mixtures | HB | CC | 4G033 | |
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.....characterised by weight of solids, i.e. the ratio of solid bodies | HB | CC | 4G033 | |
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.....Details of mixing | HB | CC | 4G033 | |
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.....mixed media, e.g. organic solvents | HB | CC | 4G033 | |
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....heat treatment other than sintering of powders or mixtures thereof | HB | CC | 4G033 | |
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.....related to reduction or oxidation | HB | CC | 4G033 | |
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.....Drying, e.g. freeze-drying, spray-drying, microwave drying or supercritical drying | HB | CC | 4G033 | |
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......Humidity controlled drying | HB | CC | 4G033 | |
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.....Flame, plasma or melting treatment | HB | CC | 4G033 | |
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.....Pyrolysis, carbonization or auto-combustion reactions | HB | CC | 4G033 | |
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.....characterised by the treatment temperature | HB | CC | 4G033 | |
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.....characterised by the applied pressure or the type of atmosphere, e.g. in vacuum, hydrogen or specific oxygen pressure | HB | CC | 4G033 | |
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....characterised by the order of addition of constituents or additives | HB | CC | 4G033 | |
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....Curing of mixtures | HB | CC | 4G033 | |
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....Granulation or pelletizing | HB | CC | 4G033 | |
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...Coating the powders [6] | HB | CC | 4G033 | |
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....Powder-coating materials | HB | CC | 4G033 | |
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.....Oxide ceramics | HB | CC | 4G033 | |
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......Silica or silicates | HB | CC | 4G033 | |
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......alkaline earth metal oxides | HB | CC | 4G033 | |
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......Alumina or aluminates | HB | CC | 4G033 | |
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......Rare earth metal oxides | HB | CC | 4G033 | |
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......Refractory metal oxides | HB | CC | 4G033 | |
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.......titanium oxides | HB | CC | 4G033 | |
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.......zirconium or hafnium oxides | HB | CC | 4G033 | |
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......Iron group metal oxides | HB | CC | 4G033 | |
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.....Non-oxide ceramics | HB | CC | 4G033 | |
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......Carbides | HB | CC | 4G033 | |
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.......Silicon carbide | HB | CC | 4G033 | |
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......Nitrides | HB | CC | 4G033 | |
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......Carbon | HB | CC | 4G033 | |
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.....Metals | HB | CC | 4G033 | |
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....Coating fibers | HB | CC | 4G033 | |
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.....using oxide ceramics | HB | CC | 4G033 | |
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......Silica or silicates | HB | CC | 4G033 | |
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......Alumina or aluminates | HB | CC | 4G033 | |
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......Refractory metal oxides | HB | CC | 4G033 | |
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.....with non-oxide ceramics | HB | CC | 4G033 | |
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......Carbides | HB | CC | 4G033 | |
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.......Silicon carbide | HB | CC | 4G033 | |
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......Nitrides | HB | CC | 4G033 | |
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.......Boron nitrides | HB | CC | 4G033 | |
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.......Silicon nitrides | HB | CC | 4G033 | |
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......Carbon | HB | CC | 4G033 | |
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.....using metals | HB | CC | 4G033 | |
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.....using boron or silicon | HB | CC | 4G033 | |
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.....using metal salt, e.g. phosphate | HB | CC | 4G033 | |
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....by gas phase techniques | HB | CC | 4G033 | |
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....by wet chemical techniques | HB | CC | 4G033 | |
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....using discontinuous coating layers | HB | CC | 4G033 | |
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....using coating layers comprising particles | HB | CC | 4G033 | |
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....using two ore more coating layers | HB | CC | 4G033 | |
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....coating characterised by thickness | HB | CC | 4G033 | |
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...using additives specially adapted for manufacturing the products [6] | HB | CC | 4G033 | |
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....Inorganic additives | HB | CC | 4G033 | |
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.....Binders based on phosphoric acid or phosphate | HB | CC | 4G033 | |
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......aluminum phosphate | HB | CC | 4G033 | |
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......Alkali metal or alkaline earth metal phosphates | HB | CC | 4G033 | |
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.....Binders based on silicon compounds | HB | CC | 4G033 | |
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....Organic additives [6] | HB | CC | 4G033 | |
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.....based on silicon-metallic compounds | HB | CC | 4G033 | |
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.....Polymers(C04B35/636 takes precedence) [6] | HB | CC | 4G033 | |
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......Compounds obtained by reactions only involving carbon-to-carbon unsaturated bonds | HB | CC | 4G033 | |
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.......Polyalkenes | HB | CC | 4G033 | |
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.......Coumarone polymers | HB | CC | 4G033 | |
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.......polyvinyl alcohols[PVA]; polyvinyl acetate | HB | CC | 4G033 | |
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.......polyvinyl acetals, e.g. polyvinylbutyral [PVB] | HB | CC | 4G033 | |
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.......Polyacrylates; Polymethacrylates | HB | CC | 4G033 | |
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.......ethylenically unsaturated dicarboxylic acid anhydride polymers, e.g. maleic anhydride copolymers | HB | CC | 4G033 | |
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.......Polystyrene | HB | CC | 4G033 | |
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.......Halogen-containing polymers, e.g. PVC | HB | CC | 4G033 | |
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.......Copolymers containing at least three different monomers | HB | CC | 4G033 | |
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.......Nitrogen-containing polymers, e.g. polyacrylamides, polyacrylonitriles or polyvinylpyrrolidone [PVP] | HB | CC | 4G033 | |
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......Compounds obtained otherwise than by reactions only involving carbon-to-carbon unsaturated bonds | HB | CC | 4G033 | |
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.......Polyepoxide | HB | CC | 4G033 | |
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.......Polyurethanes; Polyisocyanates | HB | CC | 4G033 | |
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.......Polyesters | HB | CC | 4G033 | |
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.......Polycarbonates | HB | CC | 4G033 | |
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.......Polyamide | HB | CC | 4G033 | |
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.......Condensation polymers of aldehydes or ketones | HB | CC | 4G033 | |
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........Phenol-formaldehyde condensation polymers | HB | CC | 4G033 | |
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........Melamine-formaldehyde condensation polymers | HB | CC | 4G033 | |
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........Urea-formaldehyde condensation polymers | HB | CC | 4G033 | |
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.......Polyethers, e.g. alkylphenol polyglycolether, polyethylene glycol [PEG], polyethylene oxide [PEO] | HB | CC | 4G033 | |
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......Natural resins, e.g. rosin | HB | CC | 4G033 | |
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......Bituminous materials, e.g. tar or pitch | HB | CC | 4G033 | |
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.....Polysaccharides or derivatives thereof [6] | HB | CC | 4G033 | |
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......Cellulose or derivatives thereof | HB | CC | 4G033 | |
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....Removal thereof [6] | HB | CC | 4G033 | |
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..Burning or sintering processes (C04B 33/32 takes precedence) [6] | HB | CC | 4G033 | |
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...Pressure sintering [6] | HB | CC | 4G033 | |
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....Hot static press | HB | CC | 4G033 | |
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...Reaction sintering of free metal- or free silicon-containing compositions [3] | HB | CC | 4G033 | |
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....Thermite type sintering, e.g. combustion sintering | HB | CC | 4G033 | |
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....Directional oxidation or solidification, e.g. Lanxide process | HB | CC | 4G033 | |
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..Processes involving a melting step [6] | HB | CC | 4G033 | |
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...for manufacturing refractories(C04B35/05, C04B35/107, C04B35/484 take precedence) [6] | HB | CC | 4G033 | |
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.Monolithic refractories or refractory mortars, including those whether or not containing clay | HB | CC | 4G033 | |
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.Ceramic products containing macroscopic reinforcing agents (C04B 35/66 takes precedence) [3,4] | HB | CC | 4G033 | |
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..containing shaped metallic materials [2] | HB | CC | 4G033 | |
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...Fibres, filaments, whiskers, platelets, or the like [2] | HB | CC | 4G033 | |
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..containing non-metallic materials [2] | HB | CC | 4G033 | |
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...Fibres, filaments, whiskers, platelets, or the like [2] | HB | CC | 4G033 | |
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....Matrix of ceramic products consisting of oxides only | HB | CC | 4G033 | |
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....Matrix of ceramic products consisting of non-oxides only | HB | CC | 4G033 | |
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....Whiskers [6] | HB | CC | 4G033 | |
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....Asbestos; Glass; Fused silica [2] | HB | CC | 4G033 | |
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....Carbon fibres in a carbon matrix [6] | HB | CC | 4G033 | |
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...Impregnated or coated materials [2] | HB | CC | 4G033 | |