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This page displays all 「FI」 in main group D01F6/00. |
HB:Handbook | ||||
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CC:Concordance | |||||
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Monocomponent man-made filaments or the like of synthetic polymers; Manufacture thereof [2] | HB | CC | 4L035 | |
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Characterised by structures and shapes of filaments and threads | HB | CC | 4L035 | |
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.Hollow fibres | HB | CC | 4L035 | |
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.Animal fibres | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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.from homopolymers obtained by reactions only involving carbon-to-carbon unsaturated bonds [2] | HB | CC | 4L035 | |
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..from polyolefins [2] | HB | CC | 4L035 | |
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by spining from solutions (Note: fine fibre E) | HB | CC | 4L035 | |
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Characterised by structures, shapes, properties, and uses of filaments and threads | HB | CC | 4L035 | |
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.Hollow fibres | HB | CC | 4L035 | |
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.Crimped fibres | HB | CC | 4L035 | |
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.Fine fibres (for flush-spinning, split fibres, and pulps) | HB | CC | 4L035 | |
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.Elastic fibres | HB | CC | 4L035 | |
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.Heat-adhesion fibres | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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...from polypropylene [2] | HB | CC | 4L035 | |
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Characterised by structures and shapes of filaments and threads (e.g. Hollow fibres: different shapes) | HB | CC | 4L035 | |
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.Crimped fibres | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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..from polymers of halogenated hydrocarbons [2] | HB | CC | 4L035 | |
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Fine fibres (Note: containing co-polymers and blends thereof) | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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...from polyvinyl chloride or polyvinylidene chloride [2] | HB | CC | 4L035 | |
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...from polymers of fluorinated hydrocarbons [2] | HB | CC | 4L035 | |
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from perfluoro compound (Note: containing co-polymers) | HB | CC | 4L035 | |
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Others (Note: containing co-polymers) | HB | CC | 4L035 | |
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..from polymers of unsaturated alcohols, e.g. polyvinyl alcohol, or of their acetals or ketals [2] | HB | CC | 4L035 | |
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Hollow fibres | HB | CC | 4L035 | |
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Chemical treatment | HB | CC | 4L035 | |
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.Acetalization | HB | CC | 4L035 | |
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Micro fibres (for fibrils, spreaded threads, non-woven sheets, and paper) | HB | CC | 4L035 | |
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Crimped fibres | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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..from polymers of unsaturated carboxylic acids or unsaturated organic esters, e.g. polyacrylic esters, polyvinyl acetate [2] | HB | CC | 4L035 | |
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..from polymers of unsaturated nitriles, e.g. polyacrylonitrile, polyvinylidene cyanide [2] | HB | CC | 4L035 | |
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Hollow fibres | HB | CC | 4L035 | |
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Fine fibres | HB | CC | 4L035 | |
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Melt-spinning (Note: using plasticizing ingredients for melt-spinning) | HB | CC | 4L035 | |
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Method of spinning into a solidifying bath of transition concentration (critical concentration) | HB | CC | 4L035 | |
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for production of carbon fibres | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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..from polymers of cyclic compounds with one carbon-to-carbon double bond in the side chain [2] | HB | CC | 4L035 | |
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...from polystyrene [2] | HB | CC | 4L035 | |
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..from polymers of aliphatic compounds with more than one carbon-to-carbon double bond [2] | HB | CC | 4L035 | |
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..from other polymers [2] | HB | CC | 4L035 | |
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.from copolymers obtained by reactions only involving carbon-to-carbon unsaturated bonds [2] | HB | CC | 4L035 | |
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..comprising olefins as the major constituent [2] | HB | CC | 4L035 | |
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..comprising halogenated hydrocarbons as the major constituent [2] | HB | CC | 4L035 | |
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..comprising unsaturated alcohols, acetals, or ketals as the major constituent [2] | HB | CC | 4L035 | |
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Hollow fibres | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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..comprising unsaturated carboxylic acids or unsaturated organic esters as the major constituent [2] | HB | CC | 4L035 | |
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..comprising unsaturated nitriles as the major constituent [2] | HB | CC | 4L035 | |
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..Modacrylic fibres, i.e. containing 35 to 85% acrylonitrile [2] | HB | CC | 4L035 | |
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..comprising cyclic compounds containing one carbon-to-carbon double bond in the side chain as major constituent [2] | HB | CC | 4L035 | |
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.from mixtures of polymers obtained by reactions only involving carbon-to-carbon unsaturated bonds as major constituent with other polymers or low-molecular-weight compounds [2] | HB | CC | 4L035 | |
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..of polyolefins [2] | HB | CC | 4L035 | |
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blended with low-molecule-weight compounds | HB | CC | 4L035 | |
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.polyolefins containing propylene monomers | HB | CC | 4L035 | |
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Blend of high-molecular-weight compounds with high-molecular-weight compounds | HB | CC | 4L035 | |
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.polyolefins containing propylene monomers | HB | CC | 4L035 | |
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Others (e.g. micro fibres D01F 6/04E) | HB | CC | 4L035 | |
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..of polymers of halogenated hydrocarbons [2] | HB | CC | 4L035 | |
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blended with low-molecule-weight compounds | HB | CC | 4L035 | |
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Blend of high-molecular-weight compounds with high-molecular-weight compounds | HB | CC | 4L035 | |
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containing fluoro resin | HB | CC | 4L035 | |
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for emulsion-spinning | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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..of polyalcohols, polyacetals or polyketals [2] | HB | CC | 4L035 | |
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Micro fibres (for fibrils, non-woven sheet, and paper) | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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..of polymers of unsaturated carboxylic acids or unsaturated esters [2] | HB | CC | 4L035 | |
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..of polymers of unsaturated nitriles [2] | HB | CC | 4L035 | |
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Blend of high-molecular-weight compounds with low-molecular-weight compounds | HB | CC | 4L035 | |
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.of electroconductive or electrostatic characteristics | HB | CC | 4L035 | |
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.of flame retardant characteristics | HB | CC | 4L035 | |
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containing two kinds of high-molecular-weight compounds | HB | CC | 4L035 | |
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.of electroconductive or electrostatic characteristics | HB | CC | 4L035 | |
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.of flame retardant characteristics | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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..of polymers of cyclic compounds with one carbon-to-carbon double bond in the side chain [2] | HB | CC | 4L035 | |
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.from homopolycondensation products [2] | HB | CC | 4L035 | |
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..from polyamides (from polyamino acids or polypeptides D01F 6/68) [2] | HB | CC | 4L035 | |
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...Characterised by maufacturing methods | HB | CC | 4L035 | |
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Melt-spinning | HB | CC | 4L035 | |
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.Heat-retaining (heating cylinder), cooling | HB | CC | 4L035 | |
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.Drawing (drawing-related treatment, post-drawing treatment | HB | CC | 4L035 | |
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Crimping, staple | HB | CC | 4L035 | |
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Direct spinning drawing (D01 F6/60 311F takes precedence) | HB | CC | 4L035 | |
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Fast spinning (≥ 1500 m/minute), ultra-fast spinning (≥ 5000 m/minute), | HB | CC | 4L035 | |
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Spinning - cooling and solidifying - heating (by a heating cylinder) - fast take-up | HB | CC | 4L035 | |
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Polymerization direct spinning (interfacial polymerization D01F 6/60 301) | HB | CC | 4L035 | |
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Spinning from a solution (excluding spinning from all aromatic polyamides | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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...Characterised by usage and property thereof | HB | CC | 4L035 | |
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Usage | HB | CC | 4L035 | |
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Pulp-like material,fibrill, spreaded threads (All aromatic compounds D01F 6/60 371) | HB | CC | 4L035 | |
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High-strength fibres (≥ 5g/d) | HB | CC | 4L035 | |
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.by a direct spinning drawing method | HB | CC | 4L035 | |
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Mono-filament (bristles) | HB | CC | 4L035 | |
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Physical properties (bill-resistance, high shrinkage, spontaneous expandability) | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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...Characterised by structures and shapes of filaments and threads | HB | CC | 4L035 | |
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Micro structure (fine holes, concavities, or convexities) and macro structure (hollow, different sectional shapes, thickness, or thinness) | HB | CC | 4L035 | |
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Superfine fibres | HB | CC | 4L035 | |
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Characterised by filaments constituting threads (e.g. mixed yarn) | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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...Characterised by polymer structures | HB | CC | 4L035 | |
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....from amino carboxylic acid | HB | CC | 4L035 | |
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3-nylon (propionic lactam) | HB | CC | 4L035 | |
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4-nylon (pyrolidone or piperidone) | HB | CC | 4L035 | |
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6-nylon (caprolactam) | HB | CC | 4L035 | |
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11. 12-nylon | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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....from poly-amine and poly carboxylic acid | HB | CC | 4L035 | |
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4-6 nylon | HB | CC | 4L035 | |
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6-6 nylon | HB | CC | 4L035 | |
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4-10 nylon | HB | CC | 4L035 | |
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from alycyclic poly-amide forming ingredients | HB | CC | 4L035 | |
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from heterocyclic poly-amide forming ingredients having S, P, and N atoms (except for N for amide bonding) in the main chain | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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....from poly-amine or polycarboxylic acid having aromatic rings | HB | CC | 4L035 | |
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having benzen rings | HB | CC | 4L035 | |
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.having terephtalic amide units | HB | CC | 4L035 | |
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from heterocyclic poly-amide forming ingredients | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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...Fibres made of all aromatic polyamide, fabrication methods and usage thereof | HB | CC | 4L035 | |
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Pulp-like materials, fibrill (Note: including chemical compositions of copolymer or blend | HB | CC | 4L035 | |
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solidified in a solidifying bath after passing through a non-solidifying atmosphere (e.g. air) (semi-wet spinning, dry-wet spinning) | HB | CC | 4L035 | |
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Treatment after solidification (e.g. washing or heat treatment) | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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..from polyesters [2] | HB | CC | 4L035 | |
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...Characterised by fabricating methods | HB | CC | 4L035 | |
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Fabrication of fabrics for crimping | HB | CC | 4L035 | |
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.for temporary twisting | HB | CC | 4L035 | |
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Manufacturing method of fibre for high-twist yarn | HB | CC | 4L035 | |
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Manufacturing method of toe staples | HB | CC | 4L035 | |
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.Staples | HB | CC | 4L035 | |
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Manufacturing method of fibre for processing yarn | HB | CC | 4L035 | |
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Manufacturing method characterized by prestretching process | HB | CC | 4L035 | |
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High speed (31500m/min)/super high speed (35000m/min) spinning | HB | CC | 4L035 | |
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.Manufacturing method of crimped fiber | HB | CC | 4L035 | |
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..For false-twist | HB | CC | 4L035 | |
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.Manufacturing method of fibre for high-twist yarn | HB | CC | 4L035 | |
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.FOY (perfect orientation not requiring prestretching) | HB | CC | 4L035 | |
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.Manufacturing method without godet roll | HB | CC | 4L035 | |
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Direct spinning prestretching | HB | CC | 4L035 | |
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Spinning-cooling-heating range (non-contact), e.g. Heating tube) - high-speed take-up (note: P) | HB | CC | 4L035 | |
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Centrifugal spinning | HB | CC | 4L035 | |
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Polymer direct spinning | HB | CC | 4L035 | |
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Spinning from solutions | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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...Characterized by purpose, physical properties | HB | CC | 4L035 | |
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Purpose | HB | CC | 4L035 | |
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Pulp-shaped items, fibrils (note: including copolymers, blended chemical compositions) | HB | CC | 4L035 | |
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High-strength fibres (for industrial use, sawing machine yarn) | HB | CC | 4L035 | |
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.By direct spinning prestretching methods | HB | CC | 4L035 | |
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Mono-filament (bristles, for screen) | HB | CC | 4L035 | |
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Anti-pill properties (anti-snug properties) | HB | CC | 4L035 | |
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High-shrinkage | HB | CC | 4L035 | |
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Spontaneous tensibility | HB | CC | 4L035 | |
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Dyeability not using ordinary pressure/carrier | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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...Characterized by structures and figures of filaments and threads | HB | CC | 4L035 | |
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Characterized by micro-structures of filaments (physical property differences (dyeing differences), external structures (fine holes) | HB | CC | 4L035 | |
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.Foraminules | HB | CC | 4L035 | |
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.Unevenness | HB | CC | 4L035 | |
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Characterized by macro-structure of filament (profiled section, melt-attaching) | HB | CC | 4L035 | |
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.Hollow (containing independent foams) | HB | CC | 4L035 | |
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.Profiled section | HB | CC | 4L035 | |
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..Profiled/hollow | HB | CC | 4L035 | |
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Thick and thin | HB | CC | 4L035 | |
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Extra fine (< 1 denier) fibre | HB | CC | 4L035 | |
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Characterized by filaments comprising the yarn (mixed-fibre yarn) | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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...Characterized by polymer structures | HB | CC | 4L035 | |
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....From hydroxy carboxylic acid | HB | CC | 4L035 | |
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From lactones or lactides | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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....From dicarboxylic acid and dihydroxy compounds | HB | CC | 4L035 | |
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Dicarboxylic acid having aromatic rings | HB | CC | 4L035 | |
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.Having one non-condensed aromatic ring | HB | CC | 4L035 | |
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..Terephthalic acids (polyethylene terephthalate) | HB | CC | 4L035 | |
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...Characterized by manufacturing method of polymer | HB | CC | 4L035 | |
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....Characterized by catalyst | HB | CC | 4L035 | |
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....Characterized by additives (including ester forming ingredients of one functional group) | HB | CC | 4L035 | |
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....Characterized by combination of catalysts and additives | HB | CC | 4L035 | |
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...Direct polymerisation method | HB | CC | 4L035 | |
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...Characterized by treatment of polymer (heating high polymerisation) | HB | CC | 4L035 | |
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...Adjustment of water (dry) | HB | CC | 4L035 | |
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...Refining (removal of low molecular substances) | HB | CC | 4L035 | |
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...Chemical treatment (terminal group) | HB | CC | 4L035 | |
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...High polymerisation (chemical, note: J) | HB | CC | 4L035 | |
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.Esters with non-cyclic glycols with three or more carbons, e.g. Propylene glycol | HB | CC | 4L035 | |
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..Manufacturing method thereof | HB | CC | 4L035 | |
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.From dicarboxylic acid having two or more non-condensed aromatic rings, or from dihydroxy compounds, e.g. N=0 or integer [figure] | HB | CC | 4L035 | |
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..having each aromatic rings bonded by linkage groups which include S, a group containing S [figure] (ester) or a group containing ester bond [figure] | HB | CC | 4L035 | |
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.From dicarboxylic acid having condensed aromatic rings, or from dihydroxy compounds | HB | CC | 4L035 | |
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.All aromatic group polyester | HB | CC | 4L035 | |
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.From aliphatic dicarboxylic acid and from aliphatic dihydroxy compounds | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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....Polyester having heterocyclic rings | HB | CC | 4L035 | |
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....Showing liquid crystal, anisotropism (used in conjunction with the characteristics of polymer structure) | HB | CC | 4L035 | |
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...from polycarbonates [2] | HB | CC | 4L035 | |
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..from polyethers [2] | HB | CC | 4L035 | |
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..from polyaminoacids or polypeptides [2] | HB | CC | 4L035 | |
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..from polyurethanes [2] | HB | CC | 4L035 | |
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Characterized by manufacturing methods | HB | CC | 4L035 | |
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.Molten spinning | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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..from polyureas [2] | HB | CC | 4L035 | |
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..from polycondensates of cyclic compounds, e.g. polyimides, polybenzimidazoles [2] | HB | CC | 4L035 | |
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From polyimides; polyamides amides; polyimide esters | HB | CC | 4L035 | |
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Others, e.g. polyoxasol series | HB | CC | 4L035 | |
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..from other polycondensation products [2] | HB | CC | 4L035 | |
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From phenol resin (note: including co-condensed items, mixtures D 01 F 6/88, D 01 F 6/94) | HB | CC | 4L035 | |
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From melamine series; urea-aldehyde resin (note: including co-condensed items, mixtures D 01 F 6/88, D 01 F 6/94) | HB | CC | 4L035 | |
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From polyaminohydrazide series (-C-N-N-C) (note: including copolycondensates, mixtures D 01 F 6/88, D 01 F 6/94) | HB | CC | 4L035 | |
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From resins contained in main ring, e.g. polysulfone, sulphide (note: including copolycondensates, mixtures D 01 F 6/88, D 01 F 6/94 | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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.from copolycondensation products [2] | HB | CC | 4L035 | |
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..from copolyamides [2] | HB | CC | 4L035 | |
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...Having only units from amino carbon acids | HB | CC | 4L035 | |
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...Having amide units from polyamine and polycarboxylic acid | HB | CC | 4L035 | |
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Having 4/6 nylon units | HB | CC | 4L035 | |
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Having 6/6 nylon units | HB | CC | 4L035 | |
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Having amide units from polyamide forming ingredients with aliphatic ring | HB | CC | 4L035 | |
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Having amide units from polyamide forming ingredients with heterocyclic ring | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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...With part of ingredients comprising amide units having aromatic rings | HB | CC | 4L035 | |
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Having benzene ring | HB | CC | 4L035 | |
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.Having amide units from terephthalic acid | HB | CC | 4L035 | |
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Having amide units from polyamide forming ingredients with heterocyclic ring | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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...All aromatic polyamides | HB | CC | 4L035 | |
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..from polyester amides or polyether amides [2] | HB | CC | 4L035 | |
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..from copolyesters [2] | HB | CC | 4L035 | |
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...Polyester from dicarboxylic acid and dihydroxy compound | HB | CC | 4L035 | |
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With at least one ingredient having aromatic ring | HB | CC | 4L035 | |
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.With dicarboxylic acid having aromatic ring | HB | CC | 4L035 | |
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..Having ester unit from terephthalic acid | HB | CC | 4L035 | |
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...Having ethylene terephthalate unit | HB | CC | 4L035 | |
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....Having isophthalate unit | HB | CC | 4L035 | |
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.....Manufacturing method of polymer | HB | CC | 4L035 | |
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....Having ester unit from dicarboxylic acid of aliphatic group | HB | CC | 4L035 | |
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..Esters with non-cyclic glycols with three or more carbons, e.g. Butylene terephthalate unit | HB | CC | 4L035 | |
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.Having ester unit from dicarboxylic acid or dihydroxy compound with two or more non-condensed aromatic ring | HB | CC | 4L035 | |
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.Having ester unit from dicarboxylic acid or dihydroxy compound with aromatic ring | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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...All aromatic group polyester | HB | CC | 4L035 | |
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Manufacturing method thereof | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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...Polyester having ester unit from oxycarboxyl acid | HB | CC | 4L035 | |
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Having all aromatic group ring | HB | CC | 4L035 | |
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All aromatic group polyester | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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...Polyester having ester unit from ingredients having three or more functional groups | HB | CC | 4L035 | |
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...Polyester having ester unit from ingredients having SO3M group (M is H or salt forming ingredient) | HB | CC | 4L035 | |
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Terephthalate is the main ester unit | HB | CC | 4L035 | |
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Having ester unit from SO3M substitute isophthalic acid | HB | CC | 4L035 | |
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.Ethylenephthalate is the main ester unit | HB | CC | 4L035 | |
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..Manufacturing method of polymer | HB | CC | 4L035 | |
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.Having ester units with non-cyclic glycols with three or more carbons | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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...Polyester having atoms other than C or O in the main ring | HB | CC | 4L035 | |
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Having phosphorous atom in the main ring | HB | CC | 4L035 | |
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Having nitrogen atom in the main ring, e.g. HO-(CH2)2-N(CH2)2-OH | HB | CC | 4L035 | |
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Having Si atom in the main chain | HB | CC | 4L035 | |
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Having S atom in the main chain, e.g. [figure] | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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...Polyester having heterocyclic ring in the main ring | HB | CC | 4L035 | |
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Heterocyclic ring containing N | HB | CC | 4L035 | |
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Others | HB | CC | 4L035 | |
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...Polyesters using ring ethers | HB | CC | 4L035 | |
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...Having ester forming ingredient unit with aliphatic ring of C5 and below [figure] | HB | CC | 4L035 | |
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...Having carbonate unit | HB | CC | 4L035 | |
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...Polyester showing liquid crystal or anisotropic characteristics (note: given to limited physical properties, used along with polymer structure) | HB | CC | 4L035 | |
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..from polyetheresters [2] | HB | CC | 4L035 | |
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...Having polyether units | HB | CC | 4L035 | |
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Having polyalkylene glycol unit (including diethylene glycol) | HB | CC | 4L035 | |
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.Having ester unit from dicarboxylic acid of aromatic group or dihydroxy compound | HB | CC | 4L035 | |
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..Having ester unit from dicarboxylic acid having single non-condensed aromatic ring | HB | CC | 4L035 | |
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...Having ester unit from terephthalic acid | HB | CC | 4L035 | |
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....Having ethylene terephthalate unit | HB | CC | 4L035 | |
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|
....Having ester unit from isophthalic acid | HB | CC | 4L035 | |
|
|
...Having ester unit with non-cyclic glycol of three or more carbons | HB | CC | 4L035 | |
|
|
..Having ester unit from SO3M (M is H or salt forming ingredients) group | HB | CC | 4L035 | |
|
|
...Main ester unit is ethylene terephthalate | HB | CC | 4L035 | |
|
|
...Having ester unit from SO3M substitute isophthalic acid | HB | CC | 4L035 | |
|
|
....Main ester unit is ethylene terephthalate | HB | CC | 4L035 | |
|
|
.Having ester unit from dicarboxylic acid with two or more non-condensed aromatic ring or dihydroxy compound | HB | CC | 4L035 | |
|
|
.Having ester unit from dicarboxylic acid with condensed aromatic ring or dihydroxy compound | HB | CC | 4L035 | |
|
|
Others | HB | CC | 4L035 | |
|
|
...From oxycarboxylic acid and glycol with aromatic ring | HB | CC | 4L035 | |
|
|
From oxycarboxylic acid and glycol with non-condensed aromatic ring | HB | CC | 4L035 | |
|
|
Having polyether unit | HB | CC | 4L035 | |
|
|
Others | HB | CC | 4L035 | |
|
|
...Having ester unit from ingredients with three or more functional groups | HB | CC | 4L035 | |
|
|
...Regarding ether bond from low molecular polyester forming ingredients having ether bond as ether bond from | HB | CC | 4L035 | |
|
|
Having ester unit from carboxylic acid in [figure] (R is hydrocarbon), dihydroxy compounds, or oxycarboxylic acid | HB | CC | 4L035 | |
|
|
.Having substituents | HB | CC | 4L035 | |
|
|
..Substituent is halogen atom | HB | CC | 4L035 | |
|
|
.Having polyether units | HB | CC | 4L035 | |
|
|
Having ester unit from dicarboxylic acid in [figure] (R1, R3 are alkylene, R2 is hydrocarbon, M, n are 0 or integer, is integer), dihydroxy compounds, or oxycarboxylic acid | HB | CC | 4L035 | |
|
|
.Having substituents | HB | CC | 4L035 | |
|
|
..Substituent is halogen atom | HB | CC | 4L035 | |
|
|
Having ester unit from dicarboxylic acid with [figure] unit, dihydroxy compounds, or oxycarboxylic acid | HB | CC | 4L035 | |
|
|
having units from dicarboxylic acids of -R1-O-R2-, where R1 and R2 are aliphatic hydrocarbons | HB | CC | 4L035 | |
|
|
Others | HB | CC | 4L035 | |
|
|
...Having atoms other than C, O in main chain | HB | CC | 4L035 | |
|
|
...Polyester having heterocyclic ring in the main ring | HB | CC | 4L035 | |
|
|
...Polyester showing liquid crystal or anisotropic characteristics (given to limited physical properties, used along with polymer structure) | HB | CC | 4L035 | |
|
|
.from mixtures of polycondensation products as major constituent with other polymers or low-molecular-weight compounds [2] | HB | CC | 4L035 | |
|
|
..of polyamides [2] | HB | CC | 4L035 | |
|
|
...Blend with low molecular compounds | HB | CC | 4L035 | |
|
|
...Blend with high molecular compound and high molecular compound | HB | CC | 4L035 | |
|
|
Each high molecular compound is polyamide (note: polyamide includes copolyamide, polyester amide, polyether amide) | HB | CC | 4L035 | |
|
|
Blend with polyester (note: polyester includes copolyester, polycarbonate, polyether ester) | HB | CC | 4L035 | |
|
|
Blend with polyether | HB | CC | 4L035 | |
|
|
Blend with polymer of compounds having >C=F201C< bond | HB | CC | 4L035 | |
|
|
Blend with other high molecular compound | HB | CC | 4L035 | |
|
|
Blend with three or more types of high molecular compound | HB | CC | 4L035 | |
|
|
Others | HB | CC | 4L035 | |
|
|
...Blend with two or more types of high molecular compound | HB | CC | 4L035 | |
|
|
Each high molecular compound is polyamide | HB | CC | 4L035 | |
|
|
One of high molecular compounds is polyester | HB | CC | 4L035 | |
|
|
One of high molecular compounds is polyether | HB | CC | 4L035 | |
|
|
One of high molecular compounds is polymer of compounds having >C=C< bond | HB | CC | 4L035 | |
|
|
Others | HB | CC | 4L035 | |
|
|
...With full aromatic polyamide as main ingredient | HB | CC | 4L035 | |
|
|
..of polyesters [2] | HB | CC | 4L035 | |
|
|
...Blend with low molecular compounds | HB | CC | 4L035 | |
|
|
Organic compounds | HB | CC | 4L035 | |
|
|
.Compounds containing oxygen, e.g. alcohol, ether | HB | CC | 4L035 | |
|
|
..Carboxylic acid, it salt, its anhydride, its ester (note: N) | HB | CC | 4L035 | |
|
|
..Phenols | HB | CC | 4L035 | |
|
|
..Heterocyclic ring, e.g. [figure] | HB | CC | 4L035 | |
|
|
.Compounds containing nitrogen | HB | CC | 4L035 | |
|
|
..Heterocyclic ring | HB | CC | 4L035 | |
|
|
.Compounds containing sulphur | HB | CC | 4L035 | |
|
|
..Having SO3 group | HB | CC | 4L035 | |
|
|
.Compounds containing phosphate (note: P, 304) | HB | CC | 4L035 | |
|
|
.Organic metal compounds, compounds containing boron | HB | CC | 4L035 | |
|
|
Inorganic compounds, elements | HB | CC | 4L035 | |
|
|
Compounds characterized by positive ion regardless of inorganic, organic (positive ion, alkaline metal, V, Sb etc) | HB | CC | 4L035 | |
|
|
Compounds charactreized by phosphate atom regardless of inorganic, organic | HB | CC | 4L035 | |
|
|
Characterized by shape, e.g. particle, characteristics, e.g. surface-active, processing (capsulisation) (note: 304) | HB | CC | 4L035 | |
|
|
Characterized by combination of two types of low molecular compound | HB | CC | 4L035 | |
|
|
.Each high molecular compound is organic compound | HB | CC | 4L035 | |
|
|
.One of high molecular compounds is phosphate compound | HB | CC | 4L035 | |
|
|
Characterized by combination with three or more types of low molecular compound | HB | CC | 4L035 | |
|
|
Others | HB | CC | 4L035 | |
|
|
....Characterized by method of addition | HB | CC | 4L035 | |
|
|
....Low molecular compound is pigment or dye (fluorescent brightener) | HB | CC | 4L035 | |
|
|
Organic compounds | HB | CC | 4L035 | |
|
|
Inorganic compounds, elements | HB | CC | 4L035 | |
|
|
Containing organic compounds and inorganic compound or both ingredients with elements | HB | CC | 4L035 | |
|
|
Others | HB | CC | 4L035 | |
|
|
....Blend with flame-retardant low molecular compound | HB | CC | 4L035 | |
|
|
Organic compounds | HB | CC | 4L035 | |
|
|
.Compounds containing oxygen | HB | CC | 4L035 | |
|
|
..Carboxylic acid, it salt, its anhydride, its ester | HB | CC | 4L035 | |
|
|
..Phenols | HB | CC | 4L035 | |
|
|
.Compounds containing nitrogen | HB | CC | 4L035 | |
|
|
..Heterocyclic rings | HB | CC | 4L035 | |
|
|
.Compounds containing sulphur | HB | CC | 4L035 | |
|
|
.Compounds containing phosphate | HB | CC | 4L035 | |
|
|
..P-O bond only | HB | CC | 4L035 | |
|
|
..Having P-C bond | HB | CC | 4L035 | |
|
|
..Having P-N or P=N bond | HB | CC | 4L035 | |
|
|
..Having P-S or P=S bond | HB | CC | 4L035 | |
|
|
.Organic metal compounds | HB | CC | 4L035 | |
|
|
Inorganic compounds, elements | HB | CC | 4L035 | |
|
|
Characterized by shape | HB | CC | 4L035 | |
|
|
Characterized by combination of two types of low molecular compound | HB | CC | 4L035 | |
|
|
Each high molecular compound is organic compound | HB | CC | 4L035 | |
|
|
Others | HB | CC | 4L035 | |
|
|
....Blend with conductive low molecular compound | HB | CC | 4L035 | |
|
|
....Blend with low molecular compounds that are put through chemical treatment, decrement treatment after completion of fibre product | HB | CC | 4L035 | |
|
|
Organic compounds | HB | CC | 4L035 | |
|
|
Inorganic compounds, elements | HB | CC | 4L035 | |
|
|
Characterized by combination of two types of low molecular compound | HB | CC | 4L035 | |
|
|
Characterized by shape, physical properties (solubility) | HB | CC | 4L035 | |
|
|
Others | HB | CC | 4L035 | |
|
|
...Blend with high molecular compound and high molecular compound | HB | CC | 4L035 | |
|
|
Each high molecular compound is polyester (note: polyester includes copolymer, polycarbonate, polyether ester) | HB | CC | 4L035 | |
|
|
Blend with polyamide (note: polyester includes copolyamide, polyester amide, polyether amide, polyether ester amide) | HB | CC | 4L035 | |
|
|
Blend with polyeter | HB | CC | 4L035 | |
|
|
[figure] Blend with polymers of compound having bond. | HB | CC | 4L035 | |
|
|
Blend with polymer containing phosphate | HB | CC | 4L035 | |
|
|
Blend with high molecular compound charactreized by physical properties, e.g. non-compatibility | HB | CC | 4L035 | |
|
|
Blend with three or more types of high molecular compounds | HB | CC | 4L035 | |
|
|
Blend with flame-retardant high molecules | HB | CC | 4L035 | |
|
|
.With polymer containing phosphate | HB | CC | 4L035 | |
|
|
..Having P-O bond | HB | CC | 4L035 | |
|
|
..Having P=N bond | HB | CC | 4L035 | |
|
|
.[figure] With polymer of compounds containing phosphate | HB | CC | 4L035 | |
|
|
.With polymer containing Si | HB | CC | 4L035 | |
|
|
Blend receiving chemical treatment, decrement treatment after the completion of fibre product | HB | CC | 4L035 | |
|
|
Others | HB | CC | 4L035 | |
|
|
...Blend with two or more types of high molecular compound and low molecular compound | HB | CC | 4L035 | |
|
|
High molecular compound being two types of polyester | HB | CC | 4L035 | |
|
|
High molecular compound being polyester and polyamide | HB | CC | 4L035 | |
|
|
High molecular compound being polyester and polyether | HB | CC | 4L035 | |
|
|
Polymer of compound with high molecular compound having [figure] bond with polyester | HB | CC | 4L035 | |
|
|
Containing three or more types of high molecular compound | HB | CC | 4L035 | |
|
|
Low molecular compound being pigment or dye | HB | CC | 4L035 | |
|
|
Flame-retardant blend | HB | CC | 4L035 | |
|
|
Blend receiving chemical treatment, decrement treatment after the completion of fibre product | HB | CC | 4L035 | |
|
|
Others | HB | CC | 4L035 | |
|
|
...Blend with organic compounds containing Si | HB | CC | 4L035 | |
|
|
..of other polycondensation products [2] | HB | CC | 4L035 | |
|
|
With polyurethane as the main ingredient | HB | CC | 4L035 | |
|
|
Others (note: Refer to classification corresponding to D 01 F 6/76 A, B, C, D as the main ingredient) | HB | CC | 4L035 | |
|
|
.from other synthetic polymers [2] | HB | CC | 4L035 | |