Pottery-Stone Database / Tanosako Vein

Tanosako Vein, 10 samples

Results of TGA & Colors of the powder samples after measuring

Results of TMA & Colors of the sintered samples after measuring

No. Name Sampling date Vein or deposit Mining place Mining company Sampling place Grade or sort
135 RTT__01A March 29, 1980 Tanosako V. Tanosako Reihoku Tohseki In the factory of acid treatment Raw material ?
136 RTTH_02S March 29, 1980 Tanosako V. Tanosako Reihoku Tohseki In the factory of acid treatment SK26 after acid treatment
137 RTTX_04S December 2, 1980 Tanosako V. Gonobori Reihoku Tohseki Base of old working face ?
138 RTT__05S December 2, 1980 Tanosako V. Gonobori Reihoku Tohseki Base of old working face ?
139 RTT__06A December 2, 1980 Tanosako V. Gonobori Reihoku Tohseki Base of old working face SK27 after treatment, hard rock
140 RTT__07S December 2, 1980 Tanosako V. Tanosako Reihoku Tohseki In the truck SK27+ after treatment
204 HTKT401S June 11, 1981 Tanosako V. Kyogamine Harada Tohseki Outside drift Fourth grade, low SK
205 HTK2_02A June 11, 1981 Tanosako V. Kyogamine Harada Tohseki Stock yard Second grade, SK26
206 HTK3_03A June 11, 1981 Tanosako V. Kyogamine Harada Tohseki Stock yard Third grade, small rock, SK26
207 HTKX_04A June 11, 1981 Tanosako V. Kyogamine Harada Tohseki Stock yard Waste rock

No.	Name	Sampling date	Vein or deposit	Mining place	Mining company	Sampling place	Grade or sort
135	RTT__01A	March 29, 1980	Tanosako V.	Tanosako	Reihoku Tohseki	In the factory of acid treatment	Raw material ?
136	RTTH_02S	March 29, 1980	Tanosako V.	Tanosako	Reihoku Tohseki	In the factory of acid treatment	SK26 after acid treatment
137	RTTX_04S	December 2, 1980	Tanosako V.	Gonobori	Reihoku Tohseki	Base of old working face	?
138	RTT__05S	December 2, 1980	Tanosako V.	Gonobori	Reihoku Tohseki	Base of old working face	?
139	RTT__06A	December 2, 1980	Tanosako V.	Gonobori	Reihoku Tohseki	Base of old working face	SK27 after treatment, hard rock
140	RTT__07S	December 2, 1980	Tanosako V.	Tanosako	Reihoku Tohseki	In the truck	SK27+ after treatment
204	HTKT401S	June 11, 1981	Tanosako V.	Kyogamine	Harada Tohseki	Outside drift	Fourth grade, low SK
205	HTK2_02A	June 11, 1981	Tanosako V.	Kyogamine	Harada Tohseki	Stock yard	Second grade, SK26
206	HTK3_03A	June 11, 1981	Tanosako V.	Kyogamine	Harada Tohseki	Stock yard	Third grade, small rock, SK26
207	HTKX_04A	June 11, 1981	Tanosako V.	Kyogamine	Harada Tohseki	Stock yard	Waste rock

Colors of the milled samples
No. Name X Y Z Whiteness
(Hunter) L a b Whiteness
(Lab)
135 RTT__01A 71.65 71.29 71.58 60.66 84.43 3.72 8.84 81.72
136 RTTH_02S 73.49 73.13 59.24 50.20 85.52 3.74 18.79 75.98
137 RTTX_04S 82.11 82.89 90.88 77.02 91.04 1.66 4.55 89.82
138 RTT__05S 66.79 66.00 49.68 42.10 81.24 4.58 20.61 71.76
139 RTT__06A 67.00 66.29 51.51 43.65 81.42 4.41 19.48 72.72
140 RTT__07S 82.61 83.40 91.07 77.18 91.32 1.65 4.80 89.95
204 HTKT401S 58.25 56.29 38.81 32.89 75.03 7.29 21.85 66.03
205 HTK2_02A 80.98 81.88 79.07 67.01 90.49 1.39 11.53 84.99
206 HTK3_03A 79.21 79.91 75.26 63.78 89.39 1.73 12.66 83.39
207 HTKX_04A 68.48 68.12 54.16 45.90 82.53 3.67 18.87 74.03

Colors of the milled samples
No.	Name	X	Y	Z	Whiteness (Hunter)	L	a	b	Whiteness (Lab)
135	RTT__01A	71.65	71.29	71.58	60.66	84.43	3.72	8.84	81.72
136	RTTH_02S	73.49	73.13	59.24	50.20	85.52	3.74	18.79	75.98
137	RTTX_04S	82.11	82.89	90.88	77.02	91.04	1.66	4.55	89.82
138	RTT__05S	66.79	66.00	49.68	42.10	81.24	4.58	20.61	71.76
139	RTT__06A	67.00	66.29	51.51	43.65	81.42	4.41	19.48	72.72
140	RTT__07S	82.61	83.40	91.07	77.18	91.32	1.65	4.80	89.95
204	HTKT401S	58.25	56.29	38.81	32.89	75.03	7.29	21.85	66.03
205	HTK2_02A	80.98	81.88	79.07	67.01	90.49	1.39	11.53	84.99
206	HTK3_03A	79.21	79.91	75.26	63.78	89.39	1.73	12.66	83.39
207	HTKX_04A	68.48	68.12	54.16	45.90	82.53	3.67	18.87	74.03

Chemical compositions (wt%)
No. Name SiO₂ Al₂O₃ Fe₂O₃ TiO₂ CaO MgO Na₂O K₂O Ig.loss
135 RTT__01A 77.04 14.71 1.44 0.05 0.11 0.26 0.12 2.36 3.65
136 RTTH_02S 75.42 13.88 0.75 0.02 2.08 0.28 0.11 2.60 4.50
137 RTTX_04S 73.65 14.29 0.96 0.02 1.67 0.25 2.21 3.60 3.18
138 RTT__05S 74.34 13.89 1.08 0.02 2.41 0.27 0.27 2.13 5.35
139 RTT__06A 75.28 13.93 0.77 0.02 2.28 0.13 0.12 2.81 4.40
140 RTT__07S 73.69 14.49 0.86 0.02 1.57 0.24 1.48 3.67 3.82
204 HTKT401S 76.13 14.95 1.25 0.05 0.09 0.06 3.14 2.08 2.04
205 HTK2_02A 78.73 15.05 0.36 0.05 0.06 0.08 0.09 2.41 2.99
206 HTK3_03A 79.53 14.50 0.35 0.05 0.05 0.12 0.08 2.27 2.85
207 HTKX_04A 80.88 13.42 0.67 0.04 0.04 0.08 0.10 1.96 2.60

Chemical compositions (wt%)
No.	Name	SiO₂	Al₂O₃	Fe₂O₃	TiO₂	CaO	MgO	Na₂O	K₂O	Ig.loss
135	RTT__01A	77.04	14.71	1.44	0.05	0.11	0.26	0.12	2.36	3.65
136	RTTH_02S	75.42	13.88	0.75	0.02	2.08	0.28	0.11	2.60	4.50
137	RTTX_04S	73.65	14.29	0.96	0.02	1.67	0.25	2.21	3.60	3.18
138	RTT__05S	74.34	13.89	1.08	0.02	2.41	0.27	0.27	2.13	5.35
139	RTT__06A	75.28	13.93	0.77	0.02	2.28	0.13	0.12	2.81	4.40
140	RTT__07S	73.69	14.49	0.86	0.02	1.57	0.24	1.48	3.67	3.82
204	HTKT401S	76.13	14.95	1.25	0.05	0.09	0.06	3.14	2.08	2.04
205	HTK2_02A	78.73	15.05	0.36	0.05	0.06	0.08	0.09	2.41	2.99
206	HTK3_03A	79.53	14.50	0.35	0.05	0.05	0.12	0.08	2.27	2.85
207	HTKX_04A	80.88	13.42	0.67	0.04	0.04	0.08	0.10	1.96	2.60

Mineral compositions (wt%)
No. Name Quartz Sericite Kaolin mineral Feldspar Calcite Siderite
135 RTT__01A 53.81 29.62 14.78 1.02 0.06 0.71
136 RTTH_02S 52.93 29.34 13.53 0.50 3.70 0.00
137 RTTX_04S 44.95 25.01 8.62 17.81 2.98 0.63
138 RTT__05S 52.35 19.05 21.85 2.45 4.30 0.00
139 RTT__06A 53.42 30.89 10.45 1.15 4.09 0.00
140 RTT__07S 40.36 35.49 12.16 8.45 2.80 0.74
204 HTKT401S 42.73 16.39 7.60 33.28 0.00 0.00
205 HTK2_02A 59.65 21.00 18.77 0.56 0.00 0.02
206 HTK3_03A 48.45 37.15 13.87 0.53 0.00 0.00
207 HTKX_04A 61.34 16.34 21.05 1.11 0.08 0.08

Mineral compositions (wt%)
No.	Name	Quartz	Sericite	Kaolin mineral	Feldspar	Calcite	Siderite
135	RTT__01A	53.81	29.62	14.78	1.02	0.06	0.71
136	RTTH_02S	52.93	29.34	13.53	0.50	3.70	0.00
137	RTTX_04S	44.95	25.01	8.62	17.81	2.98	0.63
138	RTT__05S	52.35	19.05	21.85	2.45	4.30	0.00
139	RTT__06A	53.42	30.89	10.45	1.15	4.09	0.00
140	RTT__07S	40.36	35.49	12.16	8.45	2.80	0.74
204	HTKT401S	42.73	16.39	7.60	33.28	0.00	0.00
205	HTK2_02A	59.65	21.00	18.77	0.56	0.00	0.02
206	HTK3_03A	48.45	37.15	13.87	0.53	0.00	0.00
207	HTKX_04A	61.34	16.34	21.05	1.11	0.08	0.08

Results of TGA and Colors of the Powder Samples after Measuring
The conditions for TGA were sample weight : about 180mg, heating rate : 20°C/min, ended temperature : 1,000°C.
L_T : Total weight loss, L₄₀₀ : Weight loss of 400-1,000°C.
No. Name L_T
(wt%) L₄₀₀
(wt%) X Y Z Whiteness
(Hunter) L a b Whiteness
(Lab)
135 RTT__01A 4.14 3.44 56.58 55.13 57.35 48.60 74.25 6.08 6.18 72.83
136 RTTH_02S 5.18 4.28 61.23 57.04 43.68 37.02 75.52 12.55 18.58 66.81
137 RTTX_04S 3.53 3.06 61.38 60.78 64.40 54.58 77.96 4.10 5.60 76.89
138 RTT__05S 5.82 5.11 51.38 46.66 32.73 27.74 68.31 14.72 19.41 60.03
139 RTT__06A 4.94 4.21 54.11 49.38 35.44 30.03 70.27 14.47 19.29 61.72
140 RTT__07S 4.18 3.71 62.25 61.77 65.17 55.23 78.59 3.84 5.85 77.48
204 HTKT401S 2.43 1.80 47.17 41.85 27.87 23.62 64.69 16.94 19.74 56.14
205 HTK2_02A 3.33 2.89 77.88 76.72 76.96 65.22 87.59 5.43 9.22 83.61
206 HTK3_03A 3.24 2.75 79.80 78.69 74.42 63.07 88.71 5.34 12.35 82.43
207 HTKX_04A 3.04 2.45 64.15 60.12 48.60 41.19 77.54 11.99 17.11 69.32

Results of TGA and Colors of the Powder Samples after Measuring
The conditions for TGA were sample weight : about 180mg, heating rate : 20°C/min, ended temperature : 1,000°C. L_T : Total weight loss, L₄₀₀ : Weight loss of 400-1,000°C.
No.	Name	L_T (wt%)	L₄₀₀ (wt%)	X	Y	Z	Whiteness (Hunter)	L	a	b	Whiteness (Lab)
135	RTT__01A	4.14	3.44	56.58	55.13	57.35	48.60	74.25	6.08	6.18	72.83
136	RTTH_02S	5.18	4.28	61.23	57.04	43.68	37.02	75.52	12.55	18.58	66.81
137	RTTX_04S	3.53	3.06	61.38	60.78	64.40	54.58	77.96	4.10	5.60	76.89
138	RTT__05S	5.82	5.11	51.38	46.66	32.73	27.74	68.31	14.72	19.41	60.03
139	RTT__06A	4.94	4.21	54.11	49.38	35.44	30.03	70.27	14.47	19.29	61.72
140	RTT__07S	4.18	3.71	62.25	61.77	65.17	55.23	78.59	3.84	5.85	77.48
204	HTKT401S	2.43	1.80	47.17	41.85	27.87	23.62	64.69	16.94	19.74	56.14
205	HTK2_02A	3.33	2.89	77.88	76.72	76.96	65.22	87.59	5.43	9.22	83.61
206	HTK3_03A	3.24	2.75	79.80	78.69	74.42	63.07	88.71	5.34	12.35	82.43
207	HTKX_04A	3.04	2.45	64.15	60.12	48.60	41.19	77.54	11.99	17.11	69.32

Results of TMA and Colors of the Sintered Samples after Measuring
The conditions for TMA were compaction pressure : 250MPa, pellet diameter : 10mm, thickness : about 3mm, heating rate : 10°C/min, loading : 10g.
W₁₀ : Contents of particles larger than 10µm, S_M : Maximum shrinkage, T₀ : Temperature at the maximum shrinkage, T₅ : Temperature at the expansion coefficient becomes 0.0005/°C, T_S5 : Temperature rectified using the correlative equation, T_SK : Nominal temperature equivalent to its SK.
No. Name W₁₀
(wt%) S_M
(%) T₀
(°C) T₅
(°C) T_S5
(°C) T_SK
(°C) SK X Y Z W
(Hunter) L a b W
(Lab)
135 RTT__01A 42.0 5.64 1426 1432 1431 1580 26 41.00 42.09 44.41 37.64 64.88 -0.73 4.83 64.54
136 RTTH_02S 46.9 7.26 1328 1334 1329 1482 17 56.86 57.87 58.86 49.88 76.07 0.29 7.38 74.96
137 RTTX_04S 48.9 8.45 1255 1262 1256 1387 13+ 40.08 39.86 43.00 36.44 63.13 2.83 3.81 62.83
138 RTT__05S 48.7 6.55 1320 1323 1317 1468 16+ 46.30 47.46 47.90 40.59 68.89 -0.59 7.00 68.11
139 RTT__06A 47.9 6.53 1329 1333 1327 1480 17 55.66 56.75 56.45 47.84 75.33 0.05 8.30 73.97
140 RTT__07S 40.0 7.89 1259 1268 1268 1404 14 38.41 38.01 40.53 34.35 61.65 3.32 4.18 61.28
204 HTKT401S 53.0 8.60 1273 1284 1275 1413 14 31.88 29.62 21.23 17.99 54.42 9.32 14.97 51.13
205 HTK2_02A 49.4 6.82 1479 1496 1489 1618 27+ 55.07 56.45 60.28 51.08 75.13 -0.65 5.02 74.62
206 HTK3_03A 48.9 7.45 1471 1483 1477 1611 27 71.35 73.03 82.61 70.01 85.46 -0.52 2.51 85.23
207 HTKX_04A 49.4 8.71 1482 1490 1483 1614 27+ 63.02 64.49 70.38 59.64 80.31 -0.46 4.25 79.85
Last updated: August 1997

Results of TMA and Colors of the Sintered Samples after Measuring
The conditions for TMA were compaction pressure : 250MPa, pellet diameter : 10mm, thickness : about 3mm, heating rate : 10°C/min, loading : 10g. W₁₀ : Contents of particles larger than 10µm, S_M : Maximum shrinkage, T₀ : Temperature at the maximum shrinkage, T₅ : Temperature at the expansion coefficient becomes 0.0005/°C, T_S5 : Temperature rectified using the correlative equation, T_SK : Nominal temperature equivalent to its SK.
No.	Name	W₁₀ (wt%)	S_M (%)	T₀ (°C)	T₅ (°C)	T_S5 (°C)	T_SK (°C)	SK	X	Y	Z	W (Hunter)	L	a	b	W (Lab)
135	RTT__01A	42.0	5.64	1426	1432	1431	1580	26	41.00	42.09	44.41	37.64	64.88	-0.73	4.83	64.54
136	RTTH_02S	46.9	7.26	1328	1334	1329	1482	17	56.86	57.87	58.86	49.88	76.07	0.29	7.38	74.96
137	RTTX_04S	48.9	8.45	1255	1262	1256	1387	13+	40.08	39.86	43.00	36.44	63.13	2.83	3.81	62.83
138	RTT__05S	48.7	6.55	1320	1323	1317	1468	16+	46.30	47.46	47.90	40.59	68.89	-0.59	7.00	68.11
139	RTT__06A	47.9	6.53	1329	1333	1327	1480	17	55.66	56.75	56.45	47.84	75.33	0.05	8.30	73.97
140	RTT__07S	40.0	7.89	1259	1268	1268	1404	14	38.41	38.01	40.53	34.35	61.65	3.32	4.18	61.28
204	HTKT401S	53.0	8.60	1273	1284	1275	1413	14	31.88	29.62	21.23	17.99	54.42	9.32	14.97	51.13
205	HTK2_02A	49.4	6.82	1479	1496	1489	1618	27+	55.07	56.45	60.28	51.08	75.13	-0.65	5.02	74.62
206	HTK3_03A	48.9	7.45	1471	1483	1477	1611	27	71.35	73.03	82.61	70.01	85.46	-0.52	2.51	85.23
207	HTKX_04A	49.4	8.71	1482	1490	1483	1614	27+	63.02	64.49	70.38	59.64	80.31	-0.46	4.25	79.85