C09C1/00	7	Treatment of specific inorganic materials other than fibrous fillers (tenebrescent materials C09K9/00; luminescent materials C09K11/00); Preparation of carbon black	C09C1/00	C09C1/00		1316
C09C1/0003	8	{Compounds of molybdenum (C09C1/0015 takes precedence)}	C09C1/00	C09C1/00		87
C09C1/0006	8	{containing bismuth and vanadium (C09C1/0015 takes precedence)}	C09C1/00	C09C1/00		112
C09C1/0009	8	{Pigments for ceramics (C09C1/0015, C09C1/0078 take precedence)}	C09C1/00	C09C1/00		554
C09C1/0012	9	{containing zirconium and silicon}	C09C1/00	C09C1/00		239
C09C1/0015	8	{Pigments exhibiting interference colours, e.g. transparent platelets of appropriate thinness or flaky substrates, e.g. mica, bearing appropriate thin transparent coatings}<br><br><u>NOTE</u><br><br>The optical properties of the interference pigments are depending on the order of the different layers applied on the substrate in view of their refractive indices; A refractive index &lt; or = 1.8 is considered low, a refractive index &gt;1.8 is considered high; A dye is always an organic, coloured material. An aluminium lake compound would for classification purposes also fall under this definition, as well as any coloured metal chelate or metal complex with organic ligands; An interference pigment can e.g. have a flaky, spherical or ellipsoidal core; A pigment comprising a core consisting of a metal is only considered as an interference pigment if it shows properties typical for interference pigments.<br>In groups C09C1/0015&#160;-&#160;C09C1/0075 it is desirable to add indexing codes relating to the compositional and structural details chosen from groups C09C2200/00&#160;-&#160;C09C2220/20.	C09C1/00	C09C1/00		1045
C09C1/0018	9	{uncoated and unlayered plate-like particles}	C09C1/00	C09C1/00		272
C09C1/0021	9	{comprising a core coated with only one layer having a high or low refractive index}	C09C1/00	C09C1/00		611
C09C1/0024	9	{comprising a stack of coating layers with alternating high and low refractive indices, wherein the first coating layer on the core surface has the high refractive index}	C09C1/00	C09C1/00		252
C09C1/0027	10	{One layer consisting of at least one sub-stoichiometric inorganic compound}	C09C1/00	C09C1/00		10
C09C1/003	10	{comprising at least one light-absorbing layer}	C09C1/00	C09C1/00		26
C09C1/0033	11	{consisting of a metal or an alloy}	C09C1/00	C09C1/00		36
C09C1/0036	11	{consisting of at least one dye}	C09C1/00	C09C1/00		24
C09C1/0039	11	{consisting of at least one coloured inorganic material}	C09C1/00	C09C1/00		110
C09C1/0042	12	{Sub-stoichiometric inorganic materials}	C09C1/00	C09C1/00		13
C09C1/0045	11	{consisting of a carbonaceous material, e.g. carbon black, graphite, SWNT, MWNT incorporated within an inorganic material}	C09C1/00	C09C1/00		5
C09C1/0048	10	{comprising at least one optically active layer with at least one organic material layer, e.g. liquid crystal polymers}	C09C1/00	C09C1/00		7
C09C1/0051	9	{comprising a stack of coating layers with alternating low and high refractive indices, wherein the first coating layer on the core surface has the low refractive index}	C09C1/00	C09C1/00		129
C09C1/0054	10	{one layer consisting of at least one sub-stoichiometric inorganic compound}	C09C1/00	C09C1/00		8
C09C1/0057	10	{comprising at least one light-absorbing layer}	C09C1/00	C09C1/00		11
C09C1/006	11	{consisting of a metal or an alloy}	C09C1/00	C09C1/00		31
C09C1/0063	11	{consisting of at least one dye}	C09C1/00	C09C1/00		14
C09C1/0066	11	{consisting of at least one coloured inorganic material}	C09C1/00	C09C1/00		62
C09C1/0069	12	{Sub-stoichiometric inorganic materials}	C09C1/00	C09C1/00		11
C09C1/0072	11	{consisting of a carbonaceous material, e.g. carbon black, graphite, SWNT, MWNT incorporated within an inorganic material}	C09C1/00	C09C1/00		5
C09C1/0075	10	{comprising at least one optically active layer with at least one organic material layer, e.g. liquid crystal polymers}	C09C1/00	C09C1/00		7
C09C1/0078	8	{Pigments consisting of flaky, non-metallic substrates, characterised by a surface-region containing free metal}	C09C1/00	C09C1/00		169
C09C1/0081	8	{Composite particulate pigments or fillers, i.e. containing at least two solid phases, except those consisting of coated particles of one compound (C09C1/0015, C09C1/0078 take precedence)}	C09C1/00	C09C1/00		815
C09C1/0084	9	{containing titanium dioxide}	C09C1/00	C09C1/00		472
C09C1/0087	10	{only containing titanium dioxide and silica or silicate}	C09C1/00	C09C1/00		83
C09C1/009	9	{whose phases only contain calcium, magnesium and carbonate ions and may contain hydroxyl ions}	C09C1/00	C09C1/00		34
C09C1/0093	9	{whose phases only contain calcium ions, carbonate ions and silicate ions or silica}	C09C1/00	C09C1/00		18
C09C1/0096	8	{Compounds of antimony (C09C1/0015, C09C1/0078 take precedence)}	C09C1/00	C09C1/00		52
C09C1/02	8	Compounds of alkaline earth metals or magnesium {(C09C1/0003, C09C1/0009, C09C1/0015, C09C1/0078 take precedence; dolomitic solids C09C1/009)}	C09C1/02	C09C1/02		590
C09C1/021	9	{Calcium carbonates}	C09C1/02	C09C1/02		1468
C09C1/022	10	{Treatment with inorganic compounds}	C09C1/02	C09C1/02		196
C09C1/024	11	{Coating}	C09C1/02	C09C1/02		141
C09C1/025	9	{Calcium sulfates}	C09C1/02	C09C1/02		143
C09C1/027	9	{Barium sulfates}	C09C1/02	C09C1/02		294
C09C1/028	9	{Compounds containing only magnesium as metal}	C09C1/02	C09C1/02		291
C09C1/04	8	Compounds of zinc {(C09C1/0003, C09C1/0009, C09C1/0015, C09C1/0078 take precedence)}	C09C1/04	C09C1/04		342
C09C1/043	9	{Zinc oxide}	C09C1/04	C09C1/04		616
C09C1/046	9	{containing phosphorus}	C09C1/04	C09C1/04		37
C09C1/06	9	Lithopone	C09C1/06	C09C1/06		371
C09C1/08	9	Zinc chromate	C09C1/08	C09C1/08		28
C09C1/10	8	Compounds of cadmium {(C09C1/0009, C09C1/0015, C09C1/0078 take precedence)}	C09C1/10	C09C1/10		87
C09C1/12	9	Cadmium sulfoselenide	C09C1/12	C09C1/12		87
C09C1/14	8	Compounds of lead {(C09C1/0009, C09C1/0015, C09C1/0078 take precedence)}	C09C1/14	C09C1/14		192
C09C1/16	9	White lead	C09C1/16	C09C1/16		271
C09C1/18	9	Red lead	C09C1/18	C09C1/18		23
C09C1/20	9	Lead chromate	C09C1/20	C09C1/20		172
C09C1/22	8	Compounds of iron {(C09C1/0009, C09C1/0015, C09C1/0078 take precedence)}	C09C1/22	C09C1/22		262
C09C1/24	9	Oxides of iron	C09C1/24	C09C1/24		1220
C09C1/245	10	{of plate-like shape}	C09C1/24	C09C1/24		50
C09C1/26	9	Iron blues	C09C1/26	C09C1/26		111
C09C1/28	8	Compounds of silicon {(C09C1/0009, C09C1/0015, C09C1/0078 take precedence)}	C09C1/28	C09C1/28		1089
C09C1/30	9	Silicic acid<br><br><u>NOTE</u><br><br>Combinations of treatment steps, characterised by the sequence or the nature of two or more individual steps, are classified in C09C1/309. <br>The individual steps are classified with symbols chosen from groups C09C1/3009&#160;-&#160;C09C1/3081.	C09C1/30	C09C1/30		530
C09C1/3009	10	{Physical treatment, e.g. grinding; treatment with ultrasonic vibrations}	C09C1/30	C09C1/30		59
C09C1/3018	11	{Grinding}	C09C1/30	C09C1/30		112
C09C1/3027	11	{Drying, calcination}	C09C1/30	C09C1/30		99
C09C1/3036	11	{Agglomeration, granulation, pelleting}	C09C1/30	C09C1/30		78
C09C1/3045	10	{Treatment with inorganic compounds}	C09C1/30	C09C1/30		213
C09C1/3054	11	{Coating}	C09C1/30	C09C1/30		304
C09C1/3063	10	{Treatment with low-molecular organic compounds}	C09C1/30	C09C1/30		447
C09C1/3072	10	{Treatment with macro-molecular organic compounds}	C09C1/30	C09C1/30		386
C09C1/3081	10	{Treatment with organo-silicon compounds}	C09C1/30	C09C1/30		1107
C09C1/309	10	{Combinations of treatments provided for in groups C09C1/3009&#160;-&#160;C09C1/3081}	C09C1/30	C09C1/30		567
C09C1/32	9	Ultramarine	C09C1/32	C09C1/32		148
C09C1/34	8	Compounds of chromium {(C09C1/0009, C09C1/0015, C09C1/0078, C09C1/08, C09C1/20 take precedence)}	C09C1/34	C09C1/34		154
C09C1/343	9	{containing silicon or associated with silicon containing material, except when silicon only occurs in a thin coating of the particles}	C09C1/34	C09C1/34		20
C09C1/346	9	{Chromium oxides}	C09C1/34	C09C1/34		122
C09C1/36	8	Compounds of titanium {(C09C1/0009, C09C1/0015, C09C1/0078 take precedence)}	C09C1/36	C09C1/36		654
C09C1/3607	9	{Titanium dioxide}<br><br><u>NOTE</u><br><br>Combinations of treatment steps, characterised by the sequence or the nature of two or more individual steps, are classified in C09C1/3692.<br>The individual steps are classified with symbols chosen from groups C09C1/3615&#160;-&#160;C09C1/3684.	C09C1/36	C09C1/36		454
C09C1/3615	10	{Physical treatment, e.g. grinding, treatment with ultrasonic vibrations}	C09C1/36	C09C1/36		107
C09C1/3623	11	{Grinding}	C09C1/36	C09C1/36		240
C09C1/363	11	{Drying, calcination}	C09C1/36	C09C1/36		152
C09C1/3638	11	{Agglomeration, granulation, pelleting}	C09C1/36	C09C1/36		51
C09C1/3646	11	{Densifying, degassing, packaging}	C09C1/36	C09C1/36		8
C09C1/3653	10	{Treatment with inorganic compounds}	C09C1/36	C09C1/36		378
C09C1/3661	11	{Coating}	C09C1/36	C09C1/36		977
C09C1/3669	10	{Treatment with low-molecular organic compounds}	C09C1/36	C09C1/36		627
C09C1/3676	10	{Treatment with macro-molecular organic compounds}	C09C1/36	C09C1/36		476
C09C1/3684	10	{Treatment with organo-silicon compounds}	C09C1/36	C09C1/36		534
C09C1/3692	9	{Combinations of treatments provided for in groups C09C1/3615&#160;-&#160;C09C1/3684}	C09C1/36	C09C1/36		925
C09C1/38	8	Compounds of mercury {(C09C1/0009, C09C1/0015, C09C1/0078 take precedence)}	C09C1/38	C09C1/38		20
C09C1/40	8	Compounds of aluminium {(C09C1/0009, C09C1/0015, C09C1/0078, C09C1/32 take precedence)}	C09C1/40	C09C1/40		598
C09C1/402	9	{Satin white, modifications thereof, e.g. carbonated or silicated; Calcium sulfoaluminates; Mixtures thereof, e.g. with calcium carbonate or kaolin}	C09C1/40	C09C1/40		127
C09C1/405	9	{containing combined silica, e.g. mica}	C09C1/40	C09C1/40		533
C09C1/407	9	{Aluminium oxides or hydroxides}	C09C1/40	C09C1/40		760
C09C1/42	9	Clays	C09C1/42	C09C1/42		1215
C09C1/44	8	Carbon	C09C1/44	C09C1/44		489
C09C1/46	9	Graphite {(C09C1/0015 takes precedence)}	C09C1/46	C09C1/46		319
C09C1/48	9	Carbon black	C09C1/48	C09C1/48		1184
C09C1/482	10	{Preparation from used rubber products, e.g. tyres (recovery of plastics or other constituents of waste material containing plastics B29B17/00)}	C09C1/48	C09C1/48		349
C09C1/485	10	{Preparation involving the use of a plasma or of an electric arc}	C09C1/48	C09C1/48		134
C09C1/487	10	{Separation; Recovery (quenching C09C1/50&#160;-&#160;C09C1/54)}	C09C1/48	C09C1/48		305
C09C1/50	10	Furnace black {; Preparation thereof (separation or recovery C09C1/487)}	C09C1/50	C09C1/50		1596
C09C1/52	10	Channel black {; Preparation thereof (separation or recovery C09C1/487)}	C09C1/52	C09C1/52		188
C09C1/54	10	Acetylene black; thermal black {; Preparation thereof (separation or recovery C09C1/487)}	C09C1/54	C09C1/54		408
C09C1/56	10	Treatment of carbon black {; Purification}	C09C1/56	C09C1/56		1448
C09C1/565	11	{comprising an oxidative treatment with oxygen, ozone or oxygenated compounds, e.g. when such treatment occurs in a region of the furnace next to the carbon black generating reaction zone}	C09C1/56	C09C1/56		383
C09C1/58	11	Agglomerating, pelleting, or the like by wet methods	C09C1/58	C09C1/58		539
C09C1/60	11	Agglomerating, pelleting, or the like by dry methods	C09C1/60	C09C1/60		207
C09C1/62	8	Metallic pigments or fillers {(C09C1/0015 takes precedence)}	C09C1/62	C09C1/62		761
C09C1/622	9	{Comminution, shaping or abrasion of initially uncoated particles, possibly in presence of grinding aids, abrasives or chemical treating or coating agents; Particle solidification from melted or vaporised metal; Classification}	C09C1/62	C09C1/62		123
C09C1/625	10	{the particles consisting of zinc or a zinc alloy}	C09C1/62	C09C1/62		42
C09C1/627	9	{Copper}	C09C1/62	C09C1/62		110
C09C1/64	9	Aluminium	C09C1/64	C09C1/64		244
C09C1/642	10	{treated with inorganic compounds}	C09C1/64	C09C1/64		201
C09C1/644	10	{treated with organic compounds, e.g. polymers}	C09C1/64	C09C1/64		257
C09C1/646	11	{concomitant with mechanical comminution, shaping or abrasion of the particles}	C09C1/64	C09C1/64		107
C09C1/648	10	{treated with inorganic and organic, e.g. polymeric, compounds}	C09C1/64	C09C1/64		215
C09C1/66	8	Copper alloys, e.g. bronze	C09C1/66	C09C1/66		75
C09C3/00	7	Treatment in general of inorganic materials, other than fibrous fillers, to enhance their pigmenting or filling properties	C09C3/00	C09C3/00		254
C09C3/003	8	{Flushing}	C09C3/00	C09C3/00		254
C09C3/006	8	{Combinations of treatments provided for in groups C09C3/04&#160;-&#160;C09C3/12}<br><br><u>NOTE</u><br><br>When classifying in this group, it is desirable to classify the individual treatment steps with symbols chosen from groups C09C3/04&#160;-&#160;C09C3/12.	C09C3/00	C09C3/00		3501
C09C3/04	8	Physical treatment, e.g. grinding or treatment with ultrasonic vibrations {(C09C3/006 takes precedence)}	C09C3/04	C09C3/04		842
C09C3/041	9	{Grinding}	C09C3/04	C09C3/04		1323
C09C3/043	9	{Drying, calcination}	C09C3/04	C09C3/04		889
C09C3/045	9	{Agglomeration, granulation, pelleting}	C09C3/04	C09C3/04		272
C09C3/046	9	{Densifying, degassing, packaging}	C09C3/04	C09C3/04		35
C09C3/048	9	{Treatment with a plasma}	C09C3/04	C09C3/04		78
C09C3/06	8	Treatment with inorganic compounds {(C09C3/006, C09C3/048 take precedence)}	C09C3/06	C09C3/06		1784
C09C3/063	9	{Coating}	C09C3/06	C09C3/06		1870
C09C3/066	9	{Treatment or coating resulting in a free metal containing surface-region (C09C1/0078 takes precedence)}	C09C3/06	C09C3/06		93
C09C3/08	8	Treatment with low-molecular-weight {non-polymer} organic compounds {(C09C3/006, C09C3/048 take precedence)}	C09C3/08	C09C3/08		3672
C09C3/10	8	Treatment with macromolecular organic compounds {(C09C3/006 takes precedence)}	C09C3/10	C09C3/10		2768
C09C3/12	8	Treatment with organosilicon compounds {(C09C3/006 takes precedence)}	C09C3/12	C09C3/12		2437
C09C2200/00	7	Compositional and structural details of pigments exhibiting interference colours<br><br><u>NOTE</u><br><br>When indexing codes C09C2200/00&#160;-&#160;C09C2220/20 are used, no codes are given for the particle morphology according to the indexing codes C01P2004/10&#160;-&#160;C01P2004/42 or C01P2004/80&#160;-&#160;C01P2004/88	CPCONLY	C09C2200/00		2
C09C2200/10	8	Interference pigments characterized by the core material	CPCONLY	C09C2200/10		11
C09C2200/1004	9	the core comprising at least one inorganic oxide, e.g. Al2O3, TiO2 or SiO2	CPCONLY	C09C2200/1004		412
C09C2200/1008	10	comprising at least one metal layer adjacent to the core material, e.g. core-M or M-core-M	CPCONLY	C09C2200/1008		51
C09C2200/1012	11	with a protective coating on the metal layer	CPCONLY	C09C2200/1012		6
C09C2200/1016	10	comprising an intermediate layer between the core and a stack of coating layers having alternating refractive indices	CPCONLY	C09C2200/1016		13
C09C2200/102	9	the core consisting of glass or silicate material like mica or clays, e.g. kaolin	CPCONLY	C09C2200/102		658
C09C2200/1025	10	comprising at least one metal layer adjacent to core material, e.g. core-M or M-core-M	CPCONLY	C09C2200/1025		50
C09C2200/1029	11	with a protective coating on the metallic layer	CPCONLY	C09C2200/1029		10
C09C2200/1033	10	comprising an intermediate layer between the core and a stack of coating layers having alternating refractive indices	CPCONLY	C09C2200/1033		20
C09C2200/1037	9	the core consisting of an inorganic suboxide or a mixture thereof, e.g. SiOx or TiOx	CPCONLY	C09C2200/1037		35
C09C2200/1041	10	comprising at least one metal layer adjacent to core material, e.g. core-M or M-core-M	CPCONLY	C09C2200/1041		11
C09C2200/1045	11	with a protective coating on the metallic layer	CPCONLY	C09C2200/1045		2
C09C2200/105	10	comprising an intermediate layer between the core and a stack of coating layers having alternating refractive indices	CPCONLY	C09C2200/105		2
C09C2200/1054	9	the core consisting of a metal	CPCONLY	C09C2200/1054		265
C09C2200/1058	10	comprising a protective coating on the metallic layer	CPCONLY	C09C2200/1058		82
C09C2200/1062	9	the core consisting of an organic compound, e.g. Liquid Crystal Polymers [LCP], Polymers or natural pearl essence	CPCONLY	C09C2200/1062		67
C09C2200/1066	10	comprising at least one metal layer adjacent to the core material, e.g. core-M, M-core-M	CPCONLY	C09C2200/1066		11
C09C2200/107	11	with a protective coating on the metallic layer	CPCONLY	C09C2200/107		3
C09C2200/1075	9	the core consisting of a mixture of inorganic and organic phases	CPCONLY	C09C2200/1075		8
C09C2200/1079	10	comprising at least one metal layer adjacent to the core material, e.g. core-M or M-core-M	CPCONLY	C09C2200/1079		3
C09C2200/1083	11	with a protective coating on the metallic layer	CPCONLY	C09C2200/1083		1
C09C2200/1087	9	the core consisting of bismuth oxychloride, magnesium fluoride, nitrides, carbides, borides, lead carbonate, barium or calcium sulfate, zinc sulphide, molybdenum disulphide or graphite	CPCONLY	C09C2200/1087		185
C09C2200/1091	10	comprising at least one metal layer adjacent to the core material, e.g. core-M or M-core-M	CPCONLY	C09C2200/1091		12
C09C2200/1095	11	comprising a protective coating on the metal layer	CPCONLY	C09C2200/1095		2
C09C2200/20	8	Interference pigments comprising a layer with a concentration gradient or a gradient of the refractive index	CPCONLY	C09C2200/20		33
C09C2200/202	9	of sub-stoichiometric inorganic compounds	CPCONLY	C09C2200/202		9
C09C2200/205	9	of coloured inorganic materials	CPCONLY	C09C2200/205		22
C09C2200/207	9	of carbonaceous material, e.g. carbon black, graphite or SWNT	CPCONLY	C09C2200/207		2
C09C2200/24	8	Interference pigments comprising a metallic reflector or absorber layer, which is not adjacent to the core	CPCONLY	C09C2200/24		96
C09C2200/30	8	Interference pigments characterised by the thickness of the core or layers thereon or by the total thickness of the final pigment particle	CPCONLY	C09C2200/30		23
C09C2200/301	9	Thickness of the core	CPCONLY	C09C2200/301		413
C09C2200/302	9	Thickness of a layer with high refractive material	CPCONLY	C09C2200/302		276
C09C2200/303	9	Thickness of a layer with low refractive material	CPCONLY	C09C2200/303		180
C09C2200/304	9	Thickness of intermediate layers adjacent to the core, e.g. metallic layers, protective layers, rutilisation enhancing layers or reflective layers	CPCONLY	C09C2200/304		88
C09C2200/305	9	Thickness of intermediate layers within the stack	CPCONLY	C09C2200/305		31
C09C2200/306	9	Thickness of an absorbing layer	CPCONLY	C09C2200/306		121
C09C2200/307	9	Thickness of an outermost protective layer	CPCONLY	C09C2200/307		68
C09C2200/308	9	Total thickness of the pigment particle	CPCONLY	C09C2200/308		101
C09C2200/40	8	Interference pigments comprising an outermost surface coating	CPCONLY	C09C2200/40		19
C09C2200/401	9	Inorganic protective coating	CPCONLY	C09C2200/401		201
C09C2200/402	9	Organic protective coating	CPCONLY	C09C2200/402		25
C09C2200/403	10	Low molecular weight materials, e.g. fatty acids	CPCONLY	C09C2200/403		57
C09C2200/404	11	comprising additional functional groups, e.g. -NH2, -C=C- or -SO3	CPCONLY	C09C2200/404		32
C09C2200/405	10	High molecular weight materials, e.g. polymers	CPCONLY	C09C2200/405		78
C09C2200/406	11	comprising additional functional groups, e.g. -NH2, -C=C- or -SO3	CPCONLY	C09C2200/406		24
C09C2200/407	10	Organosilicon materials, e.g. silanes, silicones	CPCONLY	C09C2200/407		91
C09C2200/408	11	comprising additional functional groups, e.g. &#8211;NH2, -C=C- or -SO3	CPCONLY	C09C2200/408		51
C09C2200/409	9	Mixed inorganic-organic coating	CPCONLY	C09C2200/409		35
C09C2200/50	8	Interference pigments comprising a layer or a core consisting of or comprising discrete particles, e.g. nanometric or submicrometer-sized particles	CPCONLY	C09C2200/50		11
C09C2200/502	9	Metal particles	CPCONLY	C09C2200/502		35
C09C2200/505	9	Inorganic particles, e.g. oxides, nitrides or carbides	CPCONLY	C09C2200/505		114
C09C2200/507	9	Organic particles, e.g. polymers or dyes	CPCONLY	C09C2200/507		29
C09C2210/00	7	Special effects or uses of interference pigments	CPCONLY	C09C2210/00		49
C09C2210/10	8	Optical properties in the IR-range, e.g. camouflage pigments	CPCONLY	C09C2210/10		50
C09C2210/20	8	Optical properties in the UV-range	CPCONLY	C09C2210/20		55
C09C2210/30	8	A layer or the substrate forming a grating	CPCONLY	C09C2210/30		33
C09C2210/40	8	Embossed layers	CPCONLY	C09C2210/40		39
C09C2210/50	8	Fluorescent, luminescent or photoluminescent properties	CPCONLY	C09C2210/50		80
C09C2210/60	8	Interference with laser-light, laser markable pigments	CPCONLY	C09C2210/60		24
C09C2220/00	7	Methods of preparing the interference pigments	CPCONLY	C09C2220/00		7
C09C2220/10	8	Wet methods, e.g. co-precipitation	CPCONLY	C09C2220/10		196
C09C2220/103	9	comprising a drying or calcination step after applying each layer	CPCONLY	C09C2220/103		96
C09C2220/106	9	comprising only a drying or calcination step of the finally coated pigment	CPCONLY	C09C2220/106		228
C09C2220/20	8	PVD, CVD methods or coating in a gas-phase using a fluidized bed	CPCONLY	C09C2220/20		212
