Withdrawn and superseded ISO standards — page 124 of 246

10680,IS,,ISO 4698:1994,Iron ore pellets — Determination of relative free-swelling index,Boulettes de minerais de fer — Détermination de l'indice relatif de gonflement libre,1994-01-27,1,['73.060.10'],ISO/TC 102/SC 3,9599,,[38076],"['en','fr']",13,"<p>The principle of the method specified is determination of swelling of fired iron ore pellets of a specified size range under isothermal reduction, determination of the volume of pellets before and after reduction at a temperature of 900 °C, using a reducing gas consisting of carbon monoxide and nitrogen, calculation of the free-swelling index, expressed as a percentage, using the difference between the two volumes.</p>"

38076,IS,,ISO 4698:2007,Iron ore pellets for blast furnace feedstocks — Determination of the free-swelling index,Boulettes de minerais de fer pour l'alimentation de hauts fourneaux — Détermination de l'indice de gonflement libre,2007-10-30,2,['73.060.10'],ISO/TC 102/SC 3,9599,[10680],[80111],['en'],18,"<p>ISO 4698:2007 specifies a method to provide a relative measure for evaluating the increase in volume of iron ore pellets, when reduced in an unconstrained bed under conditions resembling those prevailing in the reduction zone of a blast furnace. It specifies the determination of the free-swelling index.</p><p>ISO 4698:2007 is applicable to hot-bonded pellets.</p>"

10681,IS,,ISO 4700:1983,Iron ore pellets — Determination of crushing strength,Boulettes de minerais de fer — Détermination de la résistance à l'écrasement,1983-09-01,1,['73.060.10'],ISO/TC 102/SC 3,9599,,[1616],"['en','fr']",2,

1616,IS,,ISO 4700:1996,Iron ore pellets — Determination of crushing strength,Boulettes de minerais de fer — Détermination de la résistance à l'écrasement,1996-09-26,2,['73.060.10'],ISO/TC 102/SC 3,9599,[10681],[38075],"['en','fr']",3,

38075,IS,,ISO 4700:2007,Iron ore pellets for blast furnace and direct reduction feedstocks — Determination of the crushing strength,Boulettes de minerais de fer pour charges de hauts fourneaux et réduction directe — Détermination de la résistance à l'écrasement,2007-08-23,3,['73.060.10'],ISO/TC 102/SC 3,9599,[1616],[62146],['en'],5,<p>ISO 4700:2007 specifies a method to provide a measure of the compressive load attained to cause breakage of pellets.</p><p>ISO 4700:2007 is applicable to hot-bonded pellets.</p>

10682,IS,,ISO 4701:1985,Iron ores — Determination of size distribution by sieving,Minerais de fer — Détermination de la granulométrie par tamisage,1985-12-19,1,['73.060.10'],ISO/TC 102/SC 1,9599,,[10683],"['en','fr']",26,

10683,IS,,ISO 4701:1999,Iron ores — Determination of size distribution by sieving,Minerais de fer — Détermination de la granulométrie par tamisage,1999-03-04,2,['73.060.10'],ISO/TC 102/SC 1,9599,[10682],[42224],['en'],30,

42224,IS,,ISO 4701:2008,Iron ores and direct reduced iron — Determination of size distribution by sieving,Minerais de fer et minerais de fer préréduits — Détermination de la granulométrie par tamisage,2008-09-16,3,['73.060.10'],ISO/TC 102/SC 1,9599,[10683],[71864],['en'],39,"<p>ISO 4701:2008 specifies the methods to be employed for determination of size distributions by sieving of iron ore and direct reduced iron (exclude briquetted iron), utilizing sieves having aperture sizes of 36 µm or larger. The size distribution is expressed in terms of mass and percentage mass, passed or retained on selected sieves. The purpose of this International Standard is to provide a basis for any testing of i

56879,IS,Cor,ISO 4701:2008/Cor 1:2010,Iron ores and direct reduced iron — Determination of size distribution by sieving — Technical Corrigendum 1,Minerais de fer et minerais de fer préréduits — Détermination de la granulométrie par tamisage — Rectificatif technique 1,2010-07-23,3,['73.060.10'],ISO/TC 102/SC 1,9599,,[71864],['en'],3,

71864,IS,,ISO 4701:2017,Iron ores and direct reduced iron — Determination of size distribution by sieving,Minerais de fer et minerais de fer préréduits — Détermination de la granulométrie par tamisage,2017-12-05,4,['73.060.10'],ISO/TC 102/SC 1,9599,"[56879,42224]",[77016],['en'],37,"<p>ISO 4701:2017 specifies the methods to be employed for determination of size distributions by sieving of iron ore and direct reduced iron (excluding briquetted iron), utilizing sieves having aperture sizes of 36 µm or larger. The size distribution is expressed in terms of mass and percentage mass, passed or retained on selected sieves. The purpose of this document is to provide a basis for any testing of iron

10684,IS,,ISO 4703:1977,Test conditions for surface grinding machines with two columns — Machines for grinding slideways — Testing of accuracy,Conditions d'essai des machines à rectifier les surfaces planes à deux montants — Machines à rectifier les glissières — Contrôle de la précision,1977-03-01,1,['25.080.50'],ISO/TC 39,9599,,[10685],['en'],20,

10685,IS,,ISO 4703:1984,Acceptance conditions for surface grinding machines with two columns — Machines for grinding slideways — Testing of accuracy,Conditions de réception des machines à rectifier les surfaces planes à deux montants — Machines à rectifier les glissières — Contrôle de la précision,1984-11-01,2,['25.080.50'],ISO/TC 39/SC 2,9599,[10684],[27643],"['en','fr']",20,"<p>Specifies both geometrical and practical tests on these general purpose and normal accuracy grinding machines, and gives the corresponding permissible deviations which apply. The machines covered here are machines with rectilinear grinding movements and with a movable table. ISO 4703 deals only with the verification

10687,IS,,ISO 4705:1983,Refillable seamless steel gas cylinders,Bouteilles à gaz sans soudure en acier destinées à être rechargées,1983-07-01,1,['23.020.35'],ISO/TC 58/SC 3,9599,,[28341],"['en','fr']",21,

29284,IS,Cor,ISO 4705:1983/Cor 1:1998,Refillable seamless steel gas cylinders — Technical Corrigendum 1,Bouteilles à gaz sans soudure en acier destinées à être rechargées — Rectificatif technique 1,1998-07-09,1,['23.020.35'],ISO/TC 58/SC 3,9599,,[28341],"['en','fr']",1,

10688,IS,,ISO 4706:1989,Refillable welded steel gas cylinders,Bouteilles à gaz soudées en acier destinées à être rechargées,1989-11-23,1,['23.020.35'],ISO/TC 58/SC 3,9599,,"[39103,39102]","['en','fr']",17,"<p>Specifies minimum requirements for certain aspects concerning material, design, construction, and workmanship, manufacturing processes and test at manufacture of refillable gas cylinders of a test pressure not greater than 75 bar, and of water capacities from 1 up to and including 150 L for compressed, liquefied or dissolved gases, exposed to ambient temperatures. Comprises definitions and symbols. Annex A gives a special prototype test. An example of acceptance certificate is included

39102,IS,,ISO 4706:2008,Gas cylinders — Refillable welded steel cylinders — Test pressure 60 bar and below,Bouteilles à gaz — Bouteilles en acier soudées rechargeables — Pression d'essai de 60 bar et moins,2008-04-08,2,['23.020.35'],ISO/TC 58/SC 3,9599,[10688],[80380],['en'],33,"<p>ISO 4706:2008 specifies the minimum requirements concerning material selection, design, construction and workmanship, procedure and test at manufacture of refillable welded-steel gas cylinders of a test pressure not greater than 60 bar, and of water capacities from 0,5 l up to and including 500 l exposed to extreme worldwide temperatures (-50 °C to +65 °C) used for compressed, liquefied or dissolved gases.</p><p>T

10689,IS,,ISO 4707:1981,Cork — Stoppers — Sampling for inspection of dimensional characteristics,Liège — Bouchons — Échantillonnage en vue du contrôle des caractéristiques dimensionnelles,1981-05-01,1,"['55.100','79.100']",ISO/TC 87,9599,,[28160],"['en','fr']",2,<p>The relevant terms and definitions are listed. From the dimensional point of view the acceptable quality level (AQL) is specified in the relation of lot size and bulk sample size. The AQL is a quality level which in a sampling plan corresponds to a specified but relatively high probability of acceptance (this definition is taken from ISO 3534).</p>

10690,IS,,ISO 4708:1985,Cork — Composition cork gasket material — Test methods,Liège — Aggloméré composé pour joints pour industries mécaniques — Méthodes d'essai,1985-07-04,1,"['21.140','79.100']",ISO/TC 87,9599,,[28116],"['en','fr']",2,

28116,IS,,ISO 4708:2000,Composition cork — Gasket material — Test methods,Aggloméré composé de liège — Matériau pour joints pour industries mécaniques — Méthodes d'essai,2000-03-16,2,"['21.140','79.100']",ISO/TC 87,9599,[10690],[66387],"['en','fr']",7,

66387,IS,,ISO 4708:2015,Composition cork — Gasket material — Test methods,Aggloméré composé de liège — Joints pour industries mécaniques — Méthodes d'essai,2015-09-14,3,"['21.140','79.100']",ISO/TC 87,9599,[28116],[71702],"['en','fr']",8,"<p>ISO 4708:2015 spécifie les méthodes d'essai pour déterminer les caractéristiques de l'aggloméré composé de liège et du liège et caoutchouc destinés à la fabrication de joints pour industries mécaniques. Les caractéristiques suivantes sont prises en considération:</p><p>- épaisseur,</p><p>- masse volumique apparente,</p><p>- résistance à la traction,</p><p>- compressibilité et récupération,</p><p>- flexibilité,</p><p>- résist

10692,IS,,ISO 4709:1985,Cork — Composition cork gasket material — Specifications,Liège — Aggloméré composé pour joints pour industries mécaniques — Spécifications,1985-05-09,1,"['21.140','79.100']",ISO/TC 87,9599,,[28117],"['en','fr']",2,

28117,IS,,ISO 4709:2000,"Composition cork — Gasket material — Classification system, requirements, sampling, packaging and marking","Aggloméré composé de liège — Matériau pour joints pour industries mécaniques — Système de classification, exigences, échantillonnage, emballage et marquage",2000-12-21,2,"['21.140','79.100']",ISO/TC 87,9599,[10692],[69751],"['en','fr']",6,

4499,IS,,ISO 471:1983,"Rubber — Standard temperatures, humidities and times for the conditioning and testing of test pieces","Caoutchouc — Températures, humidités et durées normales pour le conditionnement et l'essai des éprouvettes",1983-12-01,2,['83.060'],ISO/TC 45/SC 2,9599,,[2230],"['en','fr']",2,

2230,IS,,ISO 471:1995,"Rubber — Temperatures, humidities and times for conditioning and testing","Caoutchouc — Températures, humidités et durées pour le conditionnement et l'essai",1995-03-16,3,['83.060'],ISO/TC 45/SC 2,9599,"[4499,6475]",[36888],"['en','fr']",3,"<p>Cancels and replaces the second edition (1981). Lays down the temperature, humidity and time conditions used for the conditioning and testing of all types of rubber test piece. Also specifies the requirements for the time-interval to be observed between forming and testing of rubber test pieces and products.</p>"

10694,IS,,ISO 4710:1988,Cork stoppers for sparkling wines and gasified wines — Specifications,Bouchons en liège pour vins mousseux et vins gazéifiés — Spécifications,1988-07-29,1,"['79.100','55.100']",ISO/TC 87,9599,,[23234],"['en','fr']",6,

10698,IS,,ISO 4714:1986,Composition cork — Specifications,Aggloméré composé de liège — Spécifications,1986-07-03,1,['79.100'],ISO/TC 87,9599,,[28118],"['en','fr']",1,

10700,IS,,ISO 4716:1987,Oil of vetiver (Vetiveria zizanioides (Linnaeus) Nash),Huile essentielle de vétiver (Vetiveria zizanioides (Linnaeus) Nash),1987-11-19,1,['71.100.60'],ISO/TC 54,9599,,[28587],"['en','fr']",5,"<p>The Standard specifies certain characteristics of the oil, among others: Appearance: Viscous liquid. Colour: Brown to reddish brown. Odour: Characteristic. Relative density at 20/20 °C: 0,990 - 1,015 1); 0,986 - 0,998 2). Refractive index at 20 °C: 1,5220 - 1,5300 1); 1,5210 - 1,5260 2). Optical rotation at 20 °C: + 19 - + 30 1); + 22 - + 38 2). Solubility in 80 % (V/V) ethanol at 20 °C: 1 volume in not more than 2 volumes. Acid value: Maximum 35 1); 14 2). Ester value: 5 - 16

28587,IS,,ISO 4716:2002,Oil of vetiver (Vetiveria zizanioides (L.) Nash),Huile essentielle de vétiver (Vetiveria zizanioides (L.) Nash),2002-08-15,2,['71.100.60'],ISO/TC 54,9599,[10700],[55965],"['en','fr']",8,"<p>This International Standard specifies certain characteristics of the oil of vetiver [<i>Vetiveria zizanioides</i> (L.) Nash], growing in Reunion Island, China, Haiti and Indonesia, in order to facilitate assessment of its quality.</p>"

10701,IS,,ISO 4718:1981,Oil of lemongrass (Cymbopogon flexuosus),Huile essentielle de lemongrass (Cymbopogon flexuosus),1981-04-01,1,['71.100.60'],ISO/TC 54,9599,,"[10702,32032]","['en','fr']",2,"<p>The Standard specifies the following characteristics of the oil. Appearance: Clear, mobile liquid. Colour: Pale yellow to yellowish brown. Odour: Characteristic, resembling that of citral. Relative density at 20/20 °C: 0,885 - 0,905. Refractive index at 20 °C: 1,4830 - 1,4890. Optical rotation at 20 °C: Range from - 3 to + 1 . Miscibility with 70 % (V/V) ethanol at 20 °C: 1 : 3. Carbonyl value: Minimum 268 (corresponding to 73 % of carbonyl compounds, expressed as citral). Residue from vacuum dis

10703,IS,,ISO 4719:1983,Oil of spike lavender (Lavandula latifolia (Linnaeus fils) Medikus),Huile essentielle d'aspic (Lavandula latifolia (Linnaeus fils) Medikus),1983-11-01,1,['71.100.60'],ISO/TC 54,9599,,[10704],"['en','fr']",2,

10704,IS,,ISO 4719:1999,"Oil of spike lavender (Lavandula latifolia (L.f.) Medikus), Spanish type","Huile essentielle d'aspic (Lavandula latifolia (L.f.) Medikus), type Espagne",1999-11-25,2,['71.100.60'],ISO/TC 54,9599,[10703],[55964],"['en','fr']",6,

4500,IS,,ISO 472:1979,Plastics — Vocabulary,Plastiques — Vocabulaire,1979-07-01,1,"['83.080.01','01.040.83']",ISO/TC 61/SC 1,9599,,[4501],"['en','fr']",89,

4502,IS,Add,ISO 472:1979/Add 1:1982,Plastics — Vocabulary — Addendum 1,Plastiques — Vocabulaire — Additif 1,1982-05-01,1,"['83.080.01','01.040.83']",ISO/TC 61/SC 1,9599,,[4501],"['en','fr']",7,

4503,IS,Add,ISO 472:1979/Add 2:1983,Plastics — Vocabulary — Addendum 2,Plastiques — Vocabulaire — Additif 2,1983-09-01,1,"['83.080.01','01.040.83']",ISO/TC 61/SC 1,9599,,[4501],"['en','fr']",5,

4504,IS,Add,ISO 472:1979/Add 3:1984,Plastics — Vocabulary — Addendum 3,Plastiques — Vocabulaire — Additif 3,1984-03-01,1,"['83.080.01','01.040.83']",ISO/TC 61/SC 1,9599,,[4501],"['en','fr']",8,

4501,IS,,ISO 472:1988,Plastics — Vocabulary,Plastiques — Vocabulaire,1988-12-29,2,"['83.080.01','01.040.83']",ISO/TC 61/SC 1,9599,"[4044,4502,4045,4503,4500,4046,4504,4047,12660,4048,12661]",[26821],"['en','fr']",148,

4512,IS,Amd,ISO 472:1988/Amd 1:1993,"Plastics — Vocabulary — Amendment 1: Terms relating to individual macromolecules, their assemblies, dilute polymer solutions and crystalline polymers","Plastiques — Vocabulaire — Amendement 1: Termes relatifs aux diverses macromolécules, à leurs assemblages, aux solutions diluées de polymères et aux polymères cristallins",1993-12-02,2,"['83.080.01','01.040.83']",ISO/TC 61/SC 1,9599,,[26821],"['en','fr']",2,

20132,IS,Amd,ISO 472:1988/Amd 3:1993,Plastics — Vocabulary — Amendment 3: General terms and terms relating to degradable plastics,Plastiques — Vocabulaire — Amendement 3: Termes généraux et termes relatifs aux plastiques dégradables,1993-12-02,2,"['83.080.01','01.040.83']",ISO/TC 61/SC 1,9599,,[26821],"['en','fr']",1,

20135,IS,Amd,ISO 472:1988/Amd 4:1993,Plastics — Vocabulary — Amendment 4: Basic terms in polymer science,Plastiques — Vocabulaire — Amendement 4: Termes fondamentaux relatifs aux polymères,1993-12-02,2,"['83.080.01','01.040.83']",ISO/TC 61/SC 1,9599,,[26821],"['en','fr']",1,

18710,IS,Amd,ISO 472:1988/Amd 5:1996,Plastics — Vocabulary — Amendment 5: Terms relating to carbon fibre,Plastiques — Vocabulaire — Amendement 5: Termes relatifs aux fibres de carbone,1996-02-22,2,"['83.080.01','01.040.83']",ISO/TC 61/SC 1,9599,,[26821],"['en','fr']",4,

26821,IS,,ISO 472:1999,Plastics — Vocabulary,Plastiques — Vocabulaire,1999-11-25,3,"['83.080.01','01.040.83']",ISO/TC 61/SC 1,9599,"[4501,20135,20132,18710,4512]","[44102,28176]","['en','fr']",240,

10705,IS,,ISO 4720:1992,Essential oils — Nomenclature,Huiles essentielles — Nomenclature,1992-04-16,1,"['71.100.60','01.040.71']",ISO/TC 54,9599,,[30435],"['en','fr']",5,"<p>Gives a list of the botanical names of plants used for the production of essential oils, together with the common names of the essential oils in English and French. Includes an alphabetical index of the common names.</p>"

30435,IS,,ISO 4720:2002,Essential oils — Nomenclature,Huiles essentielles — Nomenclature,2002-07-11,2,"['71.100.60','01.040.71']",ISO/TC 54,9599,[10705],[42947],"['en','fr']",24,"<p>ISO 4720:2002 gives a list of the botanical names of plants used for the production of essential oils, together with the common names of the essential oils in English and French.</p><p>An alphabetical index of common names of essential oils in English and French is included.</p>"

42947,IS,,ISO 4720:2009,Essential oils — Nomenclature,Huiles essentielles — Nomenclature,2009-08-12,3,"['71.100.60','01.040.71']",ISO/TC 54,9599,[30435],[69688],"['en','fr']",26,"<p>ISO 4720:2009 gives a list of the botanical names of plants used for the production of essential oils, together with the common names of the essential oils in English and French.</p><p>ISO 4720:2009 includes an alphabetical index of common names of essential oils in English and French.</p>"

10706,IS,,ISO 4724:1984,"Oil of cedarwood, Virginia (Juniperus virginiana Linnaeus)","Huile essentielle de bois de cèdre, Virginie (Juniperus virginiana Linnaeus)",1984-10-01,1,['71.100.60'],ISO/TC 54,9599,,"[32033,10707]","['en','fr']",2,"<p>The Standard specifies the following characteristics of the oil. Appearance: Fairly viscous liquid, sometimes containing crystals. Colour: Almost colourless to pale yellow. Odour: Characteristic, woody, pleasantly sweet and balsamic, recalling the wood of the tree. Relative density at 20/20 C: 0,941 - 0,970. Refractive index at 20 °C: 1,5040 - 1,5080. Optical rotation at 20 °C: Range from - 38 to - 14 . Miscibility with 95 % (V/V) ethanol at 20 °C: 1 :

10708,IS,,ISO 4725:1986,"Oil of cedarwood, Texas (Juniperus mexicana Schiede)","Huile essentielle de bois de cèdre, Texas (Juniperus mexicana Schiede)",1986-07-10,1,['71.100.60'],ISO/TC 54,9599,,[34879],"['en','fr']",2,"<p>The Standard specifies the following characteristics of the oil. Appearance: Viscous liquid. Colour: Brown to reddish brown. Odour: Characteristic. Relative density at 20/20 °C: 0,952 - 0,966. Refractive index at 20 °C: 1,5050 - 1,5080. Optical rotation at 20 °C: Range from - 50 to - 32 . Miscibility with 90 % (V/V) ethanol at 20 °C: 1 : 5. Alcohols content, expressed as cedrol: 35 - 48 % (m/m). Cedrol content, by chromatography: Minimum 20 % (m/m).</p>"

10710,IS,,ISO 4727:1988,Oil of palmarosa (Cymbopogon martinii (Roxburgh) W. Watson var. motia),Huile essentielle de palmarosa (Cymbopogon martinii (Roxburgh) W. Watson var. motia),1988-05-12,1,['71.100.60'],ISO/TC 54,9599,,"[45644,25316,79148]","['en','fr']",4,"<p>The Standard specifies the following characteristics of the oil. Appearance: Clear, mobile liquid. Colour: Pale yellow. Odour: Characteristic rose like, with grassy note. Relative density at 20/20 °C: 0,880 - 0,894. Refractive index at 20 °C: 1,4710 - 1,4780. Optical rotation at 20 °C: Range from - 1,4 to + 3 . Miscibility with 70 % (V/V) ethanol at 20 °C: 1 : 2. Acid value: Maximum 1,0. Further on permissible values for ester valu

10711,IS,,ISO 4728:1992,"Oil of wild thyme (Thymus mastichina, Linnaeus)","Huile essentielle de thym sauvage (Thymus mastichina, Linnaeus)",1992-02-06,1,['71.100.60'],ISO/TC 54,9599,,[30436],"['en','fr']",4,"<p>Specifies certain characteristics of the oil, with a view to facilitating the assessment of its quality. Refers to ISO 279, ISO 280, ISO 592, ISO 875, ISO 1272 and ISO 1202 as methods of test. Shows a typical chromatogram (Annex A).</p>"

4514,IS,,ISO 473:1982,Lithopone pigments for paints — Specifications and methods of test,Lithopone pour peintures — Spécifications et méthodes d'essai,1982-11-01,2,['87.060.10'],ISO/TC 256,9599,,[72912],"['en','fr']",4,

10714,IS,,ISO 4730:1996,"Oil of Melaleuca, terpinen-4-ol type (Tea Tree oil)","Huile essentielle de Melaleuca, type terpinénol-4 (Huile essentielle de 'Tea tree')",1996-11-21,1,['71.100.60'],ISO/TC 54,9599,,[37033],"['en','fr']",7,"<p>Specifies certain characteristics of the oil of Melaleuca, terpinen-4-ol type (Tea Tree oil), in order to facilitate assessment of its quality.</p>"

28994,IS,Cor,ISO 4730:1996/Cor 1:1997,"Oil of Melaleuca, terpinen-4-ol type (Tea Tree oil) — Technical Corrigendum 1","Huile essentielle de Melaleuca, type terpinénol-4 (Huile essentielle de 'Tea tree') — Rectificatif technique 1",1997-07-17,1,['71.100.60'],ISO/TC 54,9599,,[37033],"['en','fr']",1,

37033,IS,,ISO 4730:2004,"Oil of Melaleuca, terpinen-4-ol type (Tea Tree oil)","Huile essentielle de Melaleuca, type terpinén-4-ol (huile essentielle de 'Tea Tree')",2004-09-22,2,['71.100.60'],ISO/TC 54,9599,"[28994,10714]",[69082],"['en','fr']",7,"<p>ISO 4730:2004 specifies certain characteristics of the oil of <i>Melaleuca</i>, terpinen-4-ol type (Tea Tree oil), in order to facilitate assessment of its quality.</p>"

69082,IS,,ISO 4730:2017,"Essential oil of Melaleuca, terpinen-4-ol type (Tea Tree oil)","Huile essentielle de Melaleuca, type terpinén-4-ol (huile essentielle de Tea Tree)",2017-02-02,3,['71.100.60'],ISO/TC 54,9599,[37033],[88587],"['en','fr']",10,"<p>ISO 4730:2017 specifies certain characteristics of the essential oil of <i>Melaleuca</i>, terpinen-4-ol type (Tea Tree oil), in order to facilitate assessment of its quality.</p>"

74547,IS,Amd,ISO 4730:2017/Amd 1:2018,"Essential oil of Melaleuca, terpinen-4-ol type (Tea Tree oil) — Amendment 1: Enantiomeric distribution","Huile essentielle de Melaleuca, type terpinén-4-ol (huile essentielle de Tea Tree) — Amendement 1: Distribution énantiomérique",2018-05-04,3,['71.100.60'],ISO/TC 54,9599,,[88587],['en'],1,

10715,IS,,ISO 4731:1978,Oil of geranium,Huile essentielle de géranium,1978-12-01,1,['71.100.60'],ISO/TC 54,9599,,"[10716,37844]","['en','fr']",3,"<p>The Standard specifies certain characteristics of the oil. Descriptions and permissible values are given of aspect, colour, odour, relative density at 20/20 °C, refractive index at 20 °C, optical rotation at 20 °C, miscibility with 70 % (V/V) ethanol at 20 °C, acid value, ester value, ester value after acetylation, carbonyl value, and apparent citronellol (rhodinol) content. Most of the values differ dependent on the country of origin (Bourbon, Algeria, Morocco, India, Kenya, Egypt, U.S.S.R.).</p>"

37844,IS,,ISO 4731:2006,Oil of geranium (Pelargonium X ssp.),Huile essentielle de géranium (Pelargonium X ssp.),2006-01-12,2,['71.100.60'],ISO/TC 54,9599,[10715],[52144],"['en','fr']",10,"<p>ISO 4731:2006 specifies certain characteristics of oil of geranium (<i>Pelargonium </i>X<i> </i>ssp.) coming from different pelargonium species commonly known as pelargonium graveolens, with a view to facilitating assessment of its quality.</p>"

10717,IS,,ISO 4732:1983,"Rectified oil of Eucalyptus globulus Labillardière, Portugal","Huile essentielle rectifiée d'Eucalyptus globulus Labillardière, Portugal",1983-10-01,1,['71.100.60'],ISO/TC 54,9599,,"[10718,32028]","['en','fr']",2,"<p>The oil is classified as one of the following three types, according to the 1,8-cineole content: 70,0 to 74,9 % (m/m) of 1,8-cineole; 75,0 to 79,9 % (m/m) of 1,8-cineole; 80,0 to 85,0 % (m/m) of 1,8-cineole. For these three types descriptions and permissible values for the characteristics appearance, colour, odour, relative density at 20/20 °C, refractive index at 20 °C, optical rotation at 20 °C, miscibility with 70 % (V/V) ethanol at 20 °C are given.</

10719,IS,,ISO 4733:1981,Oil of cardamom,Huile essentielle de cardamome,1981-09-01,1,['71.100.60'],ISO/TC 54,9599,,"[10720,36803]","['en','fr']",2,"<p>The Standard specifies the following characteristics of the oil. Appearance: Liquid. Colour: Almost colourless to yellow. Odour: Characteristic, spicy, camphorous. Relative density at 20/20 °C: 0,191 - 0,936. Refractive index at 20 °C: 1,4620 - 1,4680. Optical rotation at 20 °C: Range from + 22 to + 41 . Miscibility with 70 % (V/V) ethanol at 20 °C: 1 : 2 to 5. Acid value: Maximum 6. Ester value: 92 - 150.</p>"

10721,IS,,ISO 4734:1981,Oil of mace,Huile essentielle de macis,1981-07-01,1,['71.100.60'],ISO/TC 54,9599,,[10722],"['en','fr']",2,"<p>The Standard specifies the following characteristics of the oil. Appearance: Clear, mobile liquid. Colour: Almost colourless to pale yellow. Odour: Characteristic, spicy, sweet. Relative density at 20/20 C: 0,883 - 0,934 1) 0,857 - 0,880 2). Refractive index at 20 °C: 1,4740 - 1,4880 1) 1,4690 - 1,4800 2). Optical rotation at 20 °C: + 2 - + 30 1) + 20 - + 45 2). Miscibility with 90 % (V/V) ethanol at 20 °C: 1 : 3. Acid value: Maximum 6. Ester value: 6,0 - 9,0 1) 3,5 - 8,5 2). 1) Origin Indonesian Archipelago 2) Origin West Indies.</p>"

10723,IS,,ISO 4735:1981,Oils of citrus — Determination of CD value by ultraviolet spectrophotometric analysis,Huiles essentielles de citrus — Détermination de la valeur CD par analyse spectrophotométrique dans l'ultraviolet,1981-10-01,1,['71.100.60'],ISO/TC 54,9599,,[34880],"['en','fr']",3,"<p>The absorbance curve of an ethanolic solution of the oil in the wavelength range from 220 to 440 nm is plotted and from this the CD value is determined. The CD value is the measure of segment CD, expressed in absorbance units for the exact mass of test portion specified in the International Standard appropriate to the essential oil concerned. The determination of segment CD is described in detail.</p>"

10739,IS,,ISO 4753:1983,Fasteners — Ends of parts with external metric ISO thread,Éléments de fixation — Extrémités des éléments à filetage extérieur métrique ISO,1983-05-01,1,['21.060.01'],ISO/TC 2/SC 7,9599,,[22907],"['en','fr']",3,

22907,IS,,ISO 4753:1999,Fasteners — Ends of parts with external ISO metric thread,Éléments de fixation — Extrémités des éléments à filetage extérieur métrique ISO,1999-12-02,2,['21.060.01'],ISO/TC 2/SC 7,9599,[10739],[55928],"['en','fr']",5,

10743,IS,,ISO 4759-1:1978,"Tolerances for fasteners — Part 1: Bolts, screws and nuts with thread diameters between 1,6 (inclusive) and 150 mm (inclusive) and product grades A, B and C","Tolérances pour éléments de fixation — Partie 1: Boulons, vis et écrous de diamètre de filetage compris entre 1,6 (inclus) et 150 mm (inclus) et de niveaux de finition A, B et C",1978-12-01,1,"['21.060.10','21.060.20']",ISO/TC 2/SC 7,9599,[4981],[10745],"['en','fr']",18,

10746,IS,,ISO 4759-3:1977,"Tolerances for fasteners — Part 3: Washers for metric bolts, screws and nuts with thread diameters from 1 up to and including 150 mm — Product grades A and C","Tolérances pour les éléments de fixation — Partie 3: Rondelles pour boulons, vis et écrous métriques de diamètre de filetage de 1 à 150 mm inclus — Classes de produit A et C",1977-05-01,1,['21.060.30'],ISO/TC 2/SC 7,9599,,[10747],"['en','fr']",3,

10747,IS,,ISO 4759-3:1991,"Tolerances for fasteners — Part 3: Plain washers for bolts, screws and nuts with nominal thread diameters from 1 mm up to and including 150 mm — Product grades A and C",Tolérances pour éléments de fixation — Partie 3: Rondelles plates pour vis et écrous de diamètre nominal de filetage de 1 mm à 150 mm inclus — Grades A et C,1991-10-17,2,['21.060.30'],ISO/TC 2,9599,[10746],[26416],"['en','fr']",4,

26416,IS,,ISO 4759-3:2000,"Tolerances for fasteners — Part 3: Plain washers for bolts, screws and nuts — Product grades A and C",Tolérances pour éléments de fixation — Partie 3: Rondelles plates pour vis et écrous — Grades A et C,2000-05-11,3,['21.060.30'],ISO/TC 2,9599,[10747],[63224],"['en','fr','ru']",6,

10749,IS,,ISO 4762:1977,Hexagon socket head cap screws — Product grade A,Vis à tête cylindrique à six pans creux — Classe de produit A,1977-06-01,1,['21.060.10'],ISO/TC 2,9599,,[10750],"['en','fr']",4,

10751,IS,Amd,ISO 4762:1977/Amd 1:1984,Hexagon socket head cap screws — Product grade A — Amendment 1,Vis à tête cylindrique à six pans creux — Classe de produit A — Amendement 1,1984-11-01,1,['21.060.10'],ISO/TC 2,9599,,[10750],['en'],2,

10750,IS,,ISO 4762:1989,Hexagon socket head cap screws — Product grade A,Vis à tête cylindrique à six pans creux — Grade A,1989-05-11,2,['21.060.10'],ISO/TC 2,9599,"[10749,5241,10751]",[24643],"['en','fr']",5,

24643,IS,,ISO 4762:1997,Hexagon socket head cap screws,Vis à tête cylindrique à six pans creux,1997-11-06,3,['21.060.10'],ISO/TC 2,9599,[10750],[34460],"['en','fr']",10,

10752,IS,,ISO 4766:1983,Slotted set screws with flat point,"Vis sans tête, fendues, à bout plat",1983-09-01,1,['21.060.10'],ISO/TC 2/SC 11,9599,,[54045],"['en','fr']",3,"<p>Specifies the characteristics of products with thread sizes from M 1,2 up to and including M 12 and product grade A; includes specifications with reference to International Standards; tabulates thread sizes M 1,2 up to M 12 with nominal lengths from 2 mm up to 60 mm; gives an example for the designation.</p>"

54045,IS,,ISO 4766:2011,Slotted set screws with flat point,Vis sans tête fendues à bout plat,2011-08-05,2,['21.060.10'],ISO/TC 2/SC 11,9599,[10752],[80083],"['en','fr']",5,"<p>ISO 4766:2011 specifies the characteristics of slotted set screws with flat point and thread sizes from M1,2 to M12 inclusive and product grade A.</p>"

10753,IS,,ISO 4775:1984,Hexagon nuts for high-strength structural bolting with large width across flats — Product grade B — Property classes 8 and 10,"Écrous hexagonaux à serrage contrôlé pour constructions métalliques, à surplats série large — Grade B — Classes de qualité 8 et 10",1984-11-01,1,['21.060.20'],ISO/TC 2,9599,,[10754],"['en','fr']",6,"<p>Specifies series with metric dimensions and thread sizes from M 12 up to and including M 36 for use with bolts of prperty classes 8.8 and 10.9; tabulates specifications and reference standards, proof load values, thread dimensions for hot dip galvanized nuts, and for testing nut rotation requirements.</p>"

10755,IS,,ISO 4778:1981,"Chain slings of welded construction — Grades M (4), S (6) and T (8)","Élingues à chaînes assemblées par soudure — Classes M (4), S (6) et T (8)",1981-06-01,1,['53.020.30'],ISO/TC 111/SC 1,9599,,"[10756,75789]","['en','fr']",15,"<p>Specifies the requirements, methods of rating and testing of single, two, three and four branch (or leg) welded chain slings. Does not apply to mechanically joined slings or welded slings having branches of unequal nominal reach.</p>"

10757,IS,,ISO 4779:1986,Forged steel lifting hooks with point and eye for use with steel chains of grade M(4),Crochets de levage forgés en acier à bec et à oeil destinés à être utilisés avec des chaînes en acier de classe M(4),1986-12-18,1,['53.020.30'],ISO/TC 111/SC 3,9599,,[74914],"['en','fr']",5,"<p>Specifies requirements for lifting hooks as shown in the figure, in a range of sizes having performance compatibility with the corresponding nominal sizes of grade M(4) chain. Performance compatibility encompasses component strength and the necessary physical dimensions.</p>"

4519,IS,,ISO 478:1974,Paper — Untrimmed stock sizes for the ISO-A Series — ISO primary range,Papier — Dimensions brutes de stock pour la série A-ISO — Série principale ISO,1974-06-01,1,['85.060'],ISO/TC 6,9599,,[20074],"['en','fr']",1,

10758,IS,,ISO 4782:1981,Industrial wire screens and woven wire cloth — Diameters of metal wire,Tamis et tissus métalliques industriels — Diamètres des fils métalliques,1981-07-01,1,['73.120'],ISO/TC 24,9599,,[10759],"['en','fr']",2,

10760,IS,,ISO 4783-1:1981,Industrial wire screens and woven wire cloth — Guide to the choice of aperture size and wire diameter combinations — Part 1: Generalities,Tamis et tissus métalliques industriels — Guide pour le choix des combinaisons d'ouverture de maille et de diamètre du fil — Partie 1: Généralités,1981-07-01,1,['73.120'],ISO/TC 24,9599,,[10761],"['en','fr']",11,

10762,IS,,ISO 4783-2:1981,Industrial wire screens and woven wire cloth — Guide to the choice of aperture size and wire diameter combinations — Part 2: Preferred combinations for woven wire cloth,Tamis et tissus métalliques industriels — Guide pour le choix des combinaisons d'ouverture de maille et de diamètre du fil — Partie 2: Combinaisons préférentielles pour tissus non préformés,1981-08-01,1,['73.120'],ISO/TC 24,9599,,[10763],"['en','fr']",7,

10766,IS,,ISO 4786:1977,Enclosed-scale adjustable-range thermometers,Thermomètres à échelle protégée ajustable,1977-09-01,1,['17.200.20'],ISO/TC 48,9599,,[74925],"['en','fr']",3,"<p>The specified thermomters are used for measuring small temperature differences not exceeding 5 degrees centigrade within the range -21 degrees centigrade to +140 degrees centigrade. They are unsuitable for measuring absolute temperature, and they shall be of the mercury-in-glass encolsed-scale type. Temperature scale, immersion, construction, intervall error and stability are specified. Graduation and dimensions are tabled.</p>"

10767,IS,,ISO 4787:1984,Laboratory glassware — Volumetric glassware — Methods for use and testing of capacity,Verrerie de laboratoire — Verrerie volumétrique — Méthodes d'utilisation et de vérification de la capacité,1984-11-01,1,['17.060'],ISO/TC 48,9599,,[41807],"['en','fr']",13,"<p>The general procedure is based upon a determination of volume of water in the vessel. The described procedures are applicable to ware with capacities in the range of 0,1 to 2000 ml. These include transfer and one-mark pipettes without subdivision, graduated measuring pipettes and dilution pipettes, burettes and volumetric flasks. The apparatus, materials, accuracy, setting of the meniscus, delivery time and tes

41807,IS,,ISO 4787:2010,Laboratory glassware — Volumetric instruments — Methods for testing of capacity and for use,Verrerie de laboratoire — Instruments volumétriques — Méthodes de vérification de la capacité et d'utilisation,2010-04-01,2,['17.060'],ISO/TC 48,9599,[10767],[74926],"['en','fr']",21,"<p>ISO 4787:2010 provides methods for the testing, calibration and use of volumetric instruments made from glass in order to obtain the best accuracy in use. </p><p>The International Standards for the individual volumetric instruments (ISO 385, ISO 646, ISO 835, ISO 1042 and ISO 4788) include clauses on the definition of capacity; these clauses describe the method of manipulation in sufficient det

10768,IS,,ISO 4788:1980,Laboratory glassware — Graduated measuring cylinders,Verrerie de laboratoire — Éprouvettes graduées cylindriques,1980-02-01,1,['17.060'],ISO/TC 48,9599,,[38679],"['en','fr']",6,"<p>An international acceptable series of cylinders with a graduated scale and either a pouring spot or a stopper is specified. They are suitable for general laboratory purposes. The requirements for adjustment, accuracy, construction of the cylinder with design, material and dimensions are given. Graduation, figuring and inscriptions are specified and illustrated by drawings.</p>"

4520,IS,,ISO 479:1975,Paper — Untrimmed sizes — Designation and tolerances,Papier — Formats bruts — Désignation et tolérances,1975-09-01,1,['85.060'],ISO/TC 6,9599,,[20074],"['en','fr']",1,

29733,IS,,ISO 4796-1:2000,Laboratory glassware — Bottles — Part 1: Screw-neck bottles,Verrerie de laboratoire — Flacons — Partie 1: Flacons à col à vis,2000-04-06,1,['71.040.20'],ISO/TC 48,9599,[10775],[63920],"['en','fr']",4,

10775,IS,,ISO 4796:1977,Laboratory glassware — Bottles,Verrerie de laboratoire — Flacons,1977-12-01,1,['71.040.20'],ISO/TC 48,9599,,"[29733,29734]","['en','fr']",2,

10776,IS,,ISO 4797:1981,Laboratory glassware — Flasks with conical ground joints,Verrerie de laboratoire — Fioles coniques et ballons à col muni d'un assemblage conique rodé,1981-05-01,1,['71.040.20'],ISO/TC 48,9599,,[32196],"['en','fr']",2,"<p>An international acceptable series of flasks is specified concluding: round-bottom, flat-bottom and conical flasks. Two series are specified for each type of round-bottom and flat-bottom flasks. The series differ in heigt and in selection of joint sizes. For conical flasks one series of heights is specified each having different joint sizes. The material must be borosilicate glass 3.3. For the three types of flasks the capacities and the series with o

32196,IS,,ISO 4797:2004,Laboratory glassware — Boiling flasks with conical ground joints,Verrerie de laboratoire — Fioles coniques et ballons à col muni d'un assemblage conique rodé,2004-07-02,2,['71.040.20'],ISO/TC 48,9599,[10776],[63921],"['en','fr']",3,<p>ISO 4797:2004 specifies requirements for an internationally acceptable series of boiling flasks with conical ground joints for general laboratory purposes.</p>

3682,IS,,ISO 48:1979,Vulcanized rubbers — Determination of hardness (Hardness between 30 and 85 IRHD),Élastomères vulcanisés — Détermination de la dureté (Dureté comprise entre 30 et 85 D.I.D.C.),1979-10-01,2,['83.060'],ISO/TC 45/SC 2,9599,,[3683],"['en','fr']",5,

3683,IS,,ISO 48:1994,"Rubber, vulcanized or thermoplastic — Determination of hardness (hardness between 10 IRHD and 100 IRHD)",Caoutchouc vulcanisé ou thermoplastique — Détermination de la dureté (dureté comprise entre 10 DIDC et 100 DIDC),1994-05-05,3,['83.060'],ISO/TC 45/SC 2,9599,"[3682,5986,6465]","[41455,3681]","['en','fr']",14,"<p>Specifies four methods for the determination of the hardness of vulcanized or thermoplastic rubbers on flat surfaces: normal test (N), high-hardness test (H), low-hardness test (L), microtest (M), and four methods for the determination of apparent hardness of curved surfaces using methods N, H, L and M, respectively (CN, CH, CL and CM). The methods differ pri

27003,IS,Amd,ISO 48:1994/Amd 1:1999,"Rubber, vulcanized or thermoplastic — Determination of hardness (hardness between 10 IRHD and 100 IRHD) — Amendment 1",Caoutchouc vulcanisé ou thermoplastique — Détermination de la dureté (dureté comprise entre 10 DIDC et 100 DIDC) — Amendement 1,1999-08-26,3,['83.060'],ISO/TC 45/SC 2,9599,,[41455],"['en','fr']",1,

41455,IS,,ISO 48:2007,"Rubber, vulcanized or thermoplastic — Determination of hardness (hardness between 10 IRHD and 100 IRHD)",Caoutchouc vulcanisé ou thermoplastique — Détermination de la dureté (dureté comprise entre 10 DIDC et 100 DIDC),2007-06-11,4,['83.060'],ISO/TC 45/SC 2,9599,"[27003,3683]",[54100],"['en','fr']",19,"<p>ISO 48:2007 specifies four methods for the determination of the hardness of vulcanized or thermoplastic rubbers on flat surfaces (standard hardness methods) and four methods for the determination of the apparent hardness of curved surfaces (apparent-hardness methods). The hardness is expressed in international rubber hardness degrees (IRHD). The methods cover the hardn

53497,IS,Cor,ISO 48:2007/Cor 1:2009,"Rubber, vulcanized or thermoplastic — Determination of hardness (hardness between 10 IRHD and 100 IRHD) — Technical Corrigendum 1",Caoutchouc vulcanisé ou thermoplastique — Détermination de la dureté (dureté comprise entre 10 DIDC et 100 DIDC) — Rectificatif technique 1,2009-01-15,4,['83.060'],ISO/TC 45/SC 2,9599,,[54100],"['en','fr']",1,

54100,IS,,ISO 48:2010,"Rubber, vulcanized or thermoplastic — Determination of hardness (hardness between 10 IRHD and 100 IRHD)",Caoutchouc vulcanisé ou thermoplastique — Détermination de la dureté (dureté comprise entre 10 DIDC et 100 DIDC),2010-09-03,5,['83.060'],ISO/TC 45/SC 2,9599,"[53497,41455]",[74967],"['en','fr','ru']",23,"<p>ISO 48:2010 specifies four methods for the determination of the hardness of vulcanized or thermoplastic rubbers on flat surfaces (standard-hardness methods) and four methods for the determination of the apparent hardness of curved surfaces (apparent-hardness methods). The hardness is expressed in international rubber hardness degrees (IRHD). The methods cover the

10779,IS,,ISO 4800:1977,Laboratory glassware — Separating funnels and dropping funnels,Verrerie de laboratoire — Ampoules à décanter et ampoules à introduire,1977-12-01,1,['71.040.20'],ISO/TC 48,9599,,[25485],"['en','fr']",7,

10782,IS,,ISO 4802-1:1988,Glassware — Hydrolytic resistance of the interior surfaces of glass containers — Part 1: Determination by titration method and classification,Verrerie — Résistance hydrolytique des surfaces internes des récipients en verre — Partie 1: Détermination par analyse titrimétrique et classification,1988-12-29,1,['71.040.20'],ISO/TC 76,9599,[10781],[50307],"['en','fr']",7,"<p>The containers are subjected to attack by water at 121 degrees centigrade for 60 min. The resistance is measured by titration of a known aliquot portion of the extraction solution produced with hydrochloric acid solution, in which case the resistance is inversely proportional to the volume of acid requ

50307,IS,,ISO 4802-1:2010,Glassware — Hydrolytic resistance of the interior surfaces of glass containers — Part 1: Determination by titration method and classification,Verrerie — Résistance hydrolytique des surfaces internes des récipients en verre — Partie 1: Détermination par analyse titrimétrique et classification,2010-03-24,2,['71.040.20'],ISO/TC 76,9599,[10782],[67782],"['en','ru']",12,"<p>ISO 4802‑1:2010 specifies a method for determining the hydrolytic resistance of the interior surfaces of glass containers when subjected to attack by water at 121 °C ± 1 °C for 60 min ± 1 min. The resistance is measured by titration of a known aliquot portion of the extraction solution produced with h

67782,IS,,ISO 4802-1:2016,Glassware — Hydrolytic resistance of the interior surfaces of glass containers — Part 1: Determination by titration method and classification,Verrerie — Résistance hydrolytique des surfaces internes des récipients en verre — Partie 1: Détermination par analyse titrimétrique et classification,2016-06-13,3,['71.040.20'],ISO/TC 76,9599,[50307],[84261],['en'],13,"<p>ISO 4802-1:2016 specifies:</p><p>a) a method for determining the hydrolytic resistance of the interior surfaces of glass containers when subjected to attack by water at 121 °C ± 1 °C for 60 min ± 1 min. The resistance is measured by titration of a known aliquot portion of the extraction solution produced w

10781,IS,,ISO 4802:1982,Glass — Hydrolytic resistance of the interior surfaces of glass containers — Methods of test,Verre — Résistance hydrolytique des surfaces internes des récipients en verre — Méthodes d'essai,1982-05-01,1,['71.040.20'],ISO/TC 48,9599,,"[10782,10783]","['en','fr']",5,

10783,IS,,ISO 4802-2:1988,Glassware — Hydrolytic resistance of the interior surfaces of glass containers — Part 2: Determination by flame spectrometry and classification,Verrerie — Résistance hydrolytique des surfaces internes des récipients en verre — Partie 2: Détermination par spectrométrie de flamme et classification,1988-12-29,1,['71.040.20'],ISO/TC 76,9599,[10781],[50308],"['en','fr']",8,"<p>The containers are subjected to attack by 121 degrees centigrade for 60 min. The resistance is measured by determining the amount of sodium or other alkali metal or alkaline earth oxides in the extraction solution using flame atomic emission or obsorption spectrometry. The principle, reagents, appa