Strip — Kanthal®

Kategorien: Heizmaterialien , Widerstandsmaterial

Content:
Kanthal® A-1
Kanthal® AF
Kanthal® APM
Kanthal® APMT
Kanthal® D
Nikrothal® 80
Nikrothal® 70
Niktrothal® 60
Nikrothal® 40

Kanthal® A-1

Resistivity 1.45 Ω mm²/m
Density 7.1 g/cm³
To obtain resistivity at working temperature, multiply by factor C_t in following table.

Temp, °C	20	100	200	300	400	500	600	700	800	900	1,000	1,100	1,200	1,300	1,400
Ct	0.99	1.00	1.00	1.00	1.01	1.01	1.02	1.02	1.03	1.03	1.04	1.04	1.04	1.04	1.04

Strip standard sizes (at 20°C)

Dimensions				Design numbers
Width	Thickness			η	Weight
[mm]	[mm]	Resistance per m	cm2/m	cm^2/W 20 °	[g/m]
50	3.0	0.0097	1,060	109,655	1,065
50	2.5	0.0116	1,050	90,517	888
50	2.0	0.0145	1,040	71,724	710
50	1.8	0.0161	1,036	64,303	639
50	1.5	0.0193	1,030	53,276	533
50	1.2	0.0242	1,024	42,372	426
50	1.0	0.0290	1,020	35,172	355
50	0.7	0.0414	1,014	24,476	249
50	0.5	0.0580	1,010	17,414	178
50	0.4	0.0725	1,008	13,903	142
50	0.3	0.0967	1,006	10,407	107
40	3.0	0.0121	860	71,172	852
40	2.5	0.0145	850	58,621	710
40	2.0	0.0181	840	46,345	568
40	1.8	0.0201	836	41,512	511
40	1.5	0.0242	830	34,345	426
40	1.2	0.0302	824	27,277	341
40	1.0	0.0363	820	22,621	284
40	0.7	0.0518	814	15,719	199
40	0.5	0.0725	810	11,172	142
40	0.4	0.0906	808	8,916	114
40	0.3	0.1208	806	6,670	85
35	3.0	0.0138	760	55,034	746
35	2.5	0.0166	750	45,259	621
35	2.0	0.0207	740	35,724	497
35	1.8	0.0230	736	31,978	447
35	1.5	0.0276	730	26,431	373
35	1.2	0.0345	724	20,971	298
35	1.0	0.0414	720	17,379	249
35	0.7	0.0592	714	12,064	174
35	0.5	0.0829	710	8,569	124
35	0.4	0.1036	708	6,836	99
35	0.3	0.1381	706	5,112	75
30	3.0	0.0161	660	40,966	639
30	2.5	0.0193	650	33,621	533
30	2.0	0.0242	640	26,483	426
30	1.8	0.0269	636	23,686	383
30	1.5	0.0322	630	19,552	320
30	1.2	0.0403	624	15,492	256
30	1.0	0.0483	620	12,828	213
30	0.7	0.0690	614	8,892	149
30	0.5	0.0967	610	6,310	107
30	0.4	0.1208	608	5,032	85
30	0.3	0.1611	606	3,761	64
25	3.0	0.0193	560	28,966	533
25	2.5	0.0232	550	23,707	444
25	2.0	0.0290	540	18,621	355
25	1.8	0.0322	536	16,634	320
25	1.5	0.0387	530	13,707	266
25	1.2	0.0483	524	10,841	213
25	1.0	0.0580	520	8,966	178
25	0.7	0.0829	514	6,203	124
25	0.5	0.1160	510	4,397	89
25	0.4	0.1450	508	3,503	71
25	0.3	0.1933	506	2,617	53
20	3.0	0.0242	460	19,034	426
20	2.5	0.0290	450	15,517	355
20	2.0	0.0363	440	12,138	284
20	1.8	0.0403	436	10,825	256
20	1.5	0.0483	430	8,897	213
20	1.2	0.0604	424	7,018	170
20	1.0	0.0725	420	5,793	142
20	0.7	0.1036	414	3,997	99
20	0.5	0.1450	410	2,828	71
20	0.4	0.1813	408	2,251	57
20	0.3	0.2417	406	1,680	43
18	3.0	0.0269	420	15,641	383
18	2.5	0.0322	410	12,724	320
18	2.0	0.0403	400	9,931	256
18	1.8	0.0448	396	8,849	230
18	1.5	0.0537	390	7,262	192
18	1.2	0.0671	384	5,720	153
18	1.0	0.0806	380	4,717	128
18	0.7	0.1151	374	3,250	89
18	0.5	0.1611	370	2,297	64
18	0.4	0.2014	368	1,827	51
18	0.3	0.2685	366	1,363	38
15	3.0	0.0322	360	11,172	320
15	2.5	0.0387	350	9,052	266
15	2.0	0.0483	340	7,034	213
15	1.8	0.0537	336	6,257	192
15	1.5	0.0644	330	5,121	160
15	1.2	0.0806	324	4,022	128
15	1.0	0.0967	320	3,310	107
15	0.7	0.1381	314	2,274	75
15	0.5	0.1933	310	1,603	53
15	0.4	0.2417	308	1,274	43
15	0.3	0.3222	306	950	32
12	3.0	0.0403	300	7,448	256
12	2.5	0.0483	290	6,000	213
12	2.0	0.0604	280	4,634	170
12	1.8	0.0671	276	4,111	153
12	1.5	0.0806	270	3,352	128
12	1.2	0.1007	264	2,622	102
12	1.0	0.1208	260	2,152	85
12	0.7	0.1726	254	1,471	60
12	0.5	0.2417	250	1,034	43
12	0.4	0.3021	248	821	34
12	0.3	0.4028	246	611	26
10	2.5	0.0580	250	4,310	178
10	2.0	0.0725	240	3,310	142
10	1.8	0.0806	236	2,930	128
10	1.5	0.0967	230	2,379	107
10	1.2	0.1208	224	1,854	85
10	1.0	0.1450	220	1,517	71
10	0.7	0.2071	214	1,033	50
10	0.5	0.2900	210	724	36
10	0.4	0.3625	208	574	28
10	0.3	0.4833	206	426	21
8	2.0	0.0906	200	2,207	114
8	1.8	0.1007	196	1,946	102
8	1.5	0.1208	190	1,572	85
8	1.2	0.1510	184	1,218	68
8	1.0	0.1813	180	993	57
8	0.7	0.2589	174	672	40
8	0.5	0.3625	170	469	28
8	0.4	0.4531	168	371	23
8	0.3	0.6042	166	275	17
7	1.5	0.1381	170	1,231	75
7	1.2	0.1726	164	950	60
7	1.0	0.2071	160	772	50
7	0.7	0.2959	154	520	35
7	0.5	0.4143	150	362	25
7	0.4	0.5179	148	286	20
7	0.3	0.6905	146	211	15
6	1.5	0.1611	150	931	64
6	1.2	0.2014	144	715	51
6	1.0	0.2417	140	579	43
6	0.7	0.3452	134	388	30
6	0.5	0.4833	130	269	21
6	0.4	0.6042	128	212	17
6	0.3	0.8056	126	156	13
5	1.2	0.2417	124	513	43
5	1.0	0.2900	120	414	36
5	0.7	0.4143	114	275	25
5	0.5	0.5800	110	190	18
5	0.4	0.7250	108	149	14
5	0.3	0.9667	106	110	11

Kanthal® AF

Resistivity 1.39 Ω mm²/m
Density 7.15 g/cm³
To obtain resistivity at working temperature, multiply by factor Ct in following table.

Temp, °C	20	100	200	300	400	500	600	700	800	900	1,000	1,100	1,200	1,300	1,400
Ct	0.99	1.00	1.01	1.01	1.02	1.03	1.03	1.04	1.05	1.05	1.06	1.06	1.06	1.06	1.06

Strip standard sizes (at 20°C)

Dimensions				Design numbers
Width	Thickness			η	Weight
[mm]	[mm]	Resistance per m	cm2/m	cm^2/W 20 °	[g/m]
50	3.0	0.0093	1,060	114,388	1,073
50	2.5	0.0111	1,050	94,424	894
50	2.0	0.0139	1,040	74,820	715
50	1.8	0.0154	1,036	67,079	644
50	1.5	0.0185	1,030	55,576	536
50	1.2	0.0232	1,024	44,201	429
50	1.0	0.0278	1,020	36,691	358
50	0.7	0.0397	1,014	25,532	250
50	0.5	0.0556	1,010	18,165	179
50	0.4	0.0695	1,008	14,504	143
50	0.3	0.0927	1,006	10,856	107
40	3.0	0.0116	860	74,245	858
40	2.5	0.0139	850	61,151	715
40	2.0	0.0174	840	48,345	572
40	1.8	0.0193	836	43,304	515
40	1.5	0.0232	830	35,827	429
40	1.2	0.0290	824	28,455	343
40	1.0	0.0348	820	23,597	286
40	0.7	0.0496	814	16,397	200
40	0.5	0.0695	810	11,655	143
40	0.4	0.0869	808	9,301	114
40	0.3	0.1158	806	6,958	86
35	3.0	0.0132	760	57,410	751
35	2.5	0.0159	750	47,212	626
35	2.0	0.0199	740	37,266	501
35	1.8	0.0221	736	33,358	450
35	1.5	0.0265	730	27,572	375
35	1.2	0.0331	724	21,876	300
35	1.0	0.0397	720	18,129	250
35	0.7	0.0567	714	12,585	175
35	0.5	0.0794	710	8,939	125
35	0.4	0.0993	708	7,131	100
35	0.3	0.1324	706	5,333	75
30	3.0	0.0154	660	42,734	644
30	2.5	0.0185	650	35,072	536
30	2.0	0.0232	640	27,626	429
30	1.8	0.0257	636	24,708	386
30	1.5	0.0309	630	20,396	322
30	1.2	0.0386	624	16,161	257
30	1.0	0.0463	620	13,381	215
30	0.7	0.0662	614	9,276	150
30	0.5	0.0927	610	6,583	107
30	0.4	0.1158	608	5,249	86
30	0.3	0.1544	606	3,924	64
25	3.0	0.0185	560	30,216	536
25	2.5	0.0222	550	24,730	447
25	2.0	0.0278	540	19,424	358
25	1.8	0.0309	536	17,353	322
25	1.5	0.0371	530	14,299	268
25	1.2	0.0463	524	11,309	215
25	1.0	0.0556	520	9,353	179
25	0.7	0.0794	514	6,471	125
25	0.5	0.1112	510	4,586	89
25	0.4	0.1390	508	3,655	72
25	0.3	0.1853	506	2,730	54
20	3.0	0.0232	460	19,856	429
20	2.5	0.0278	450	16,187	358
20	2.0	0.0348	440	12,662	286
20	1.8	0.0386	436	11,292	257
20	1.5	0.0463	430	9,281	215
20	1.2	0.0579	424	7,321	172
20	1.0	0.0695	420	6,043	143
20	0.7	0.0993	414	4,170	100
20	0.5	0.1390	410	2,950	72
20	0.4	0.1738	408	2,348	57
20	0.3	0.2317	406	1,753	43
18	3.0	0.0257	420	16,317	386
18	2.5	0.0309	410	13,273	322
18	2.0	0.0386	400	10,360	257
18	1.8	0.0429	396	9,231	232
18	1.5	0.0515	390	7,576	193
18	1.2	0.0644	384	5,967	154
18	1.0	0.0772	380	4,921	129
18	0.7	0.1103	374	3,390	90
18	0.5	0.1544	370	2,396	64
18	0.4	0.1931	368	1,906	51
18	0.3	0.2574	366	1,422	39
15	3.0	0.0309	360	11,655	322
15	2.5	0.0371	350	9,442	268
15	2.0	0.0463	340	7,338	215
15	1.8	0.0515	336	6,527	193
15	1.5	0.0618	330	5,342	161
15	1.2	0.0772	324	4,196	129
15	1.0	0.0927	320	3,453	107
15	0.7	0.1324	314	2,372	75
15	0.5	0.1853	310	1,673	54
15	0.4	0.2317	308	1,329	43
15	0.3	0.3089	306	991	32
12	3.0	0.0386	300	7,770	257
12	2.5	0.0463	290	6,259	215
12	2.0	0.0579	280	4,835	172
12	1.8	0.0644	276	4,289	154
12	1.5	0.0772	270	3,496	129
12	1.2	0.0965	264	2,735	103
12	1.0	0.1158	260	2,245	86
12	0.7	0.1655	254	1,535	60
12	0.5	0.2317	250	1,079	43
12	0.4	0.2896	248	856	34
12	0.3	0.3861	246	637	26
10	2.5	0.0556	250	4,496	179
10	2.0	0.0695	240	3,453	143
10	1.8	0.0772	236	3,056	129
10	1.5	0.0927	230	2,482	107
10	1.2	0.1158	224	1,934	86
10	1.0	0.1390	220	1,583	72
10	0.7	0.1986	214	1,078	50
10	0.5	0.2780	210	755	36
10	0.4	0.3475	208	599	29
10	0.3	0.4633	206	445	21
8	2.0	0.0869	200	2,302	114
8	1.8	0.0965	196	2,031	103
8	1.5	0.1158	190	1,640	86
8	1.2	0.1448	184	1,271	69
8	1.0	0.1738	180	1,036	57
8	0.7	0.2482	174	701	40
8	0.5	0.3475	170	489	29
8	0.4	0.4344	168	387	23
8	0.3	0.5792	166	287	17
7	1.5	0.1324	170	1,284	75
7	1.2	0.1655	164	991	60
7	1.0	0.1986	160	806	50
7	0.7	0.2837	154	543	35
7	0.5	0.3971	150	378	25
7	0.4	0.4964	148	298	20
7	0.3	0.6619	146	221	15
6	1.5	0.1544	150	971	64
6	1.2	0.1931	144	746	51
6	1.0	0.2317	140	604	43
6	0.7	0.3310	134	405	30
6	0.5	0.4633	130	281	21
6	0.4	0.5792	128	221	17
6	0.3	0.7722	126	163	13
5	1.2	0.2317	124	535	43
5	1.0	0.2780	120	432	36
5	0.7	0.3971	114	287	25
5	0.5	0.5560	110	198	18
5	0.4	0.6950	108	155	14
5	0.3	0.9267	106	114	11

Kanthal APM®

Resistivity 1.45 Ω mm²/m
Density 7.1 g/cm³
To obtain resistivity at working temperature, multiply by factor C_t in following table.

Temp, °C	20	100	200	300	400	500	600	700	800	900	1,000	1,100	1,200	1,300	1,400
Ct	0.99	1.00	1.00	1.00	1.01	1.01	1.02	1.02	1.03	1.03	1.04	1.04	1.04	1.04	1.04

Strip standard sizes (at 20°C)

Dimensions				Design numbers
Width	Thickness			η	Weight
[mm]	[mm]	Resistance per m	cm2/m	cm^2/W 20 °	[g/m]
50	3.0	0.0097	1,060	109,655	1,065
50	2.5	0.0116	1,050	90,517	888
50	2.0	0.0145	1,040	71,724	710
50	1.8	0.0161	1,036	64,303	639
50	1.5	0.0193	1,030	53,276	533
50	1.2	0.0242	1,024	42,372	426
50	1.0	0.0290	1,020	35,172	355
50	0.7	0.0414	1,014	24,476	249
50	0.5	0.0580	1,010	17,414	178
50	0.4	0.0725	1,008	13,903	142
50	0.3	0.0967	1,006	10,407	107
40	3.0	0.0121	860	71,172	852
40	2.5	0.0145	850	58,621	710
40	2.0	0.0181	840	46,345	568
40	1.8	0.0201	836	41,512	511
40	1.5	0.0242	830	34,345	426
40	1.2	0.0302	824	27,277	341
40	1.0	0.0363	820	22,621	284
40	0.7	0.0518	814	15,719	199
40	0.5	0.0725	810	11,172	142
40	0.4	0.0906	808	8,916	114
40	0.3	0.1208	806	6,670	85
35	3.0	0.0138	760	55,034	746
35	2.5	0.0166	750	45,259	621
35	2.0	0.0207	740	35,724	497
35	1.8	0.0230	736	31,978	447
35	1.5	0.0276	730	26,431	373
35	1.2	0.0345	724	20,971	298
35	1.0	0.0414	720	17,379	249
35	0.7	0.0592	714	12,064	174
35	0.5	0.0829	710	8,569	124
35	0.4	0.1036	708	6,836	99
35	0.3	0.1381	706	5,112	75
30	3.0	0.0161	660	40,966	639
30	2.5	0.0193	650	33,621	533
30	2.0	0.0242	640	26,483	426
30	1.8	0.0269	636	23,686	383
30	1.5	0.0322	630	19,552	320
30	1.2	0.0403	624	15,492	256
30	1.0	0.0483	620	12,828	213
30	0.7	0.0690	614	8,892	149
30	0.5	0.0967	610	6,310	107
30	0.4	0.1208	608	5,032	85
30	0.3	0.1611	606	3,761	64
25	3.0	0.0193	560	28,966	533
25	2.5	0.0232	550	23,707	444
25	2.0	0.0290	540	18,621	355
25	1.8	0.0322	536	16,634	320
25	1.5	0.0387	530	13,707	266
25	1.2	0.0483	524	10,841	213
25	1.0	0.0580	520	8,966	178
25	0.7	0.0829	514	6,203	124
25	0.5	0.1160	510	4,397	89
25	0.4	0.1450	508	3,503	71
25	0.3	0.1933	506	2,617	53
20	3.0	0.0242	460	19,034	426
20	2.5	0.0290	450	15,517	355
20	2.0	0.0363	440	12,138	284
20	1.8	0.0403	436	10,825	256
20	1.5	0.0483	430	8,897	213
20	1.2	0.0604	424	7,018	170
20	1.0	0.0725	420	5,793	142
20	0.7	0.1036	414	3,997	99
20	0.5	0.1450	410	2,828	71
20	0.4	0.1813	408	2,251	57
20	0.3	0.2417	406	1,680	43
18	3.0	0.0269	420	15,641	383
18	2.5	0.0322	410	12,724	320
18	2.0	0.0403	400	9,931	256
18	1.8	0.0448	396	8,849	230
18	1.5	0.0537	390	7,262	192
18	1.2	0.0671	384	5,720	153
18	1.0	0.0806	380	4,717	128
18	0.7	0.1151	374	3,250	89
18	0.5	0.1611	370	2,297	64
18	0.4	0.2014	368	1,827	51
18	0.3	0.2685	366	1,363	38
15	3.0	0.0322	360	11,172	320
15	2.5	0.0387	350	9,052	266
15	2.0	0.0483	340	7,034	213
15	1.8	0.0537	336	6,257	192
15	1.5	0.0644	330	5,121	160
15	1.2	0.0806	324	4,022	128
15	1.0	0.0967	320	3,310	107
15	0.7	0.1381	314	2,274	75
15	0.5	0.1933	310	1,603	53
15	0.4	0.2417	308	1,274	43
15	0.3	0.3222	306	950	32
12	3.0	0.0403	300	7,448	256
12	2.5	0.0483	290	6,000	213
12	2.0	0.0604	280	4,634	170
12	1.8	0.0671	276	4,111	153
12	1.5	0.0806	270	3,352	128
12	1.2	0.1007	264	2,622	102
12	1.0	0.1208	260	2,152	85
12	0.7	0.1726	254	1,471	60
12	0.5	0.2417	250	1,034	43
12	0.4	0.3021	248	821	34
12	0.3	0.4028	246	611	26
10	2.5	0.0580	250	4,310	178
10	2.0	0.0725	240	3,310	142
10	1.8	0.0806	236	2,930	128
10	1.5	0.0967	230	2,379	107
10	1.2	0.1208	224	1,854	85
10	1.0	0.1450	220	1,517	71
10	0.7	0.2071	214	1,033	50
10	0.5	0.2900	210	724	36
10	0.4	0.3625	208	574	28
10	0.3	0.4833	206	426	21
8	2.0	0.0906	200	2,207	114
8	1.8	0.1007	196	1,946	102
8	1.5	0.1208	190	1,572	85
8	1.2	0.1510	184	1,218	68
8	1.0	0.1813	180	993	57
8	0.7	0.2589	174	672	40
8	0.5	0.3625	170	469	28
8	0.4	0.4531	168	371	23
8	0.3	0.6042	166	275	17
7	1.5	0.1381	170	1,231	75
7	1.2	0.1726	164	950	60
7	1.0	0.2071	160	772	50
7	0.7	0.2959	154	520	35
7	0.5	0.4143	150	362	25
7	0.4	0.5179	148	286	20
7	0.3	0.6905	146	211	15
6	1.5	0.1611	150	931	64
6	1.2	0.2014	144	715	51
6	1.0	0.2417	140	579	43
6	0.7	0.3452	134	388	30
6	0.5	0.4833	130	269	21
6	0.4	0.6042	128	212	17
6	0.3	0.8056	126	156	13
5	1.2	0.2417	124	513	43
5	1.0	0.2900	120	414	36
5	0.7	0.4143	114	275	25
5	0.5	0.5800	110	190	18
5	0.4	0.7250	108	149	14
5	0.3	0.9667	106	110	11

Kanthal® APMT

Resistivity 1.40 Ω mm²/m
Density 7.25 g cm³To obtain resistivity at working temperature, multiply by factor C_t in following table.

Temp, °C	20	100	200	300	400	500	600	700	800	900	1,000	1,100	1,200	1,300	1,400
Ct	1.00	1.00	1.00	1.01	1.01	1.01	1.02	1.02	1.02	1.02	1.03	1.03	1.03	1.04	1.04

Strip standard sizes (at 20°C)

Dimensions				Design numbers
Width	Thickness			η	Weight
[mm]	[mm]	Resistance per m	cm2/m	cm^2/W 20 °	[g/m]
50	3.0	0.0093	1,060	113,571	1,088
50	2.5	0.0112	1,050	93,750	906
50	2.0	0.0140	1,040	74,286	725
50	1.8	0.0156	1,036	66,600	653
50	1.5	0.0187	1,030	55,179	544
50	1.2	0.0233	1,024	43,886	435
50	1.0	0.0280	1,020	36,429	363
50	0.7	0.0400	1,014	25,350	254
50	0.5	0.0560	1,010	18,036	181
50	0.4	0.0700	1,008	14,400	145
50	0.3	0.0933	1,006	10,779	109
40	3.0	0.0117	860	73,714	870
40	2.5	0.0140	850	60,714	725
40	2.0	0.0175	840	48,000	580
40	1.8	0.0194	836	42,994	522
40	1.5	0.0233	830	35,571	435
40	1.2	0.0292	824	28,251	348
40	1.0	0.0350	820	23,429	290
40	0.7	0.0500	814	16,280	203
40	0.5	0.0700	810	11,571	145
40	0.4	0.0875	808	9,234	116
40	0.3	0.1167	806	6,909	87
35	3.0	0.0133	760	57,000	761
35	2.5	0.0160	750	46,875	634
35	2.0	0.0200	740	37,000	508
35	1.8	0.0222	736	33,120	457
35	1.5	0.0267	730	27,375	381
35	1.2	0.0333	724	21,720	305
35	1.0	0.0400	720	18,000	254
35	0.7	0.0571	714	12,495	178
35	0.5	0.0800	710	8,875	127
35	0.4	0.1000	708	7,080	102
35	0.3	0.1333	706	5,295	76
30	3.0	0.0156	660	42,429	653
30	2.5	0.0187	650	34,821	544
30	2.0	0.0233	640	27,429	435
30	1.8	0.0259	636	24,531	392
30	1.5	0.0311	630	20,250	326
30	1.2	0.0389	624	16,046	261
30	1.0	0.0467	620	13,286	218
30	0.7	0.0667	614	9,210	152
30	0.5	0.0933	610	6,536	109
30	0.4	0.1167	608	5,211	87
30	0.3	0.1556	606	3,896	65
25	3.0	0.0187	560	30,000	544
25	2.5	0.0224	550	24,554	453
25	2.0	0.0280	540	19,286	363
25	1.8	0.0311	536	17,229	326
25	1.5	0.0373	530	14,196	272
25	1.2	0.0467	524	11,229	218
25	1.0	0.0560	520	9,286	181
25	0.7	0.0800	514	6,425	127
25	0.5	0.1120	510	4,554	91
25	0.4	0.1400	508	3,629	73
25	0.3	0.1867	506	2,711	54
20	3.0	0.0233	460	19,714	435
20	2.5	0.0280	450	16,071	363
20	2.0	0.0350	440	12,571	290
20	1.8	0.0389	436	11,211	261
20	1.5	0.0467	430	9,214	218
20	1.2	0.0583	424	7,269	174
20	1.0	0.0700	420	6,000	145
20	0.7	0.1000	414	4,140	102
20	0.5	0.1400	410	2,929	73
20	0.4	0.1750	408	2,331	58
20	0.3	0.2333	406	1,740	44
18	3.0	0.0259	420	16,200	392
18	2.5	0.0311	410	13,179	326
18	2.0	0.0389	400	10,286	261
18	1.8	0.0432	396	9,165	235
18	1.5	0.0519	390	7,521	196
18	1.2	0.0648	384	5,925	157
18	1.0	0.0778	380	4,886	131
18	0.7	0.1111	374	3,366	91
18	0.5	0.1556	370	2,379	65
18	0.4	0.1944	368	1,893	52
18	0.3	0.2593	366	1,412	39
15	3.0	0.0311	360	11,571	326
15	2.5	0.0373	350	9,375	272
15	2.0	0.0467	340	7,286	218
15	1.8	0.0519	336	6,480	196
15	1.5	0.0622	330	5,304	163
15	1.2	0.0778	324	4,166	131
15	1.0	0.0933	320	3,429	109
15	0.7	0.1333	314	2,355	76
15	0.5	0.1867	310	1,661	54
15	0.4	0.2333	308	1,320	44
15	0.3	0.3111	306	984	33
12	3.0	0.0389	300	7,714	261
12	2.5	0.0467	290	6,214	218
12	2.0	0.0583	280	4,800	174
12	1.8	0.0648	276	4,258	157
12	1.5	0.0778	270	3,471	131
12	1.2	0.0972	264	2,715	104
12	1.0	0.1167	260	2,229	87
12	0.7	0.1667	254	1,524	61
12	0.5	0.2333	250	1,071	44
12	0.4	0.2917	248	850	35
12	0.3	0.3889	246	633	26
10	2.5	0.0560	250	4,464	181
10	2.0	0.0700	240	3,429	145
10	1.8	0.0778	236	3,034	131
10	1.5	0.0933	230	2,464	109
10	1.2	0.1167	224	1,920	87
10	1.0	0.1400	220	1,571	73
10	0.7	0.2000	214	1,070	51
10	0.5	0.2800	210	750	36
10	0.4	0.3500	208	594	29
10	0.3	0.4667	206	441	22
8	2.0	0.0875	200	2,286	116
8	1.8	0.0972	196	2,016	104
8	1.5	0.1167	190	1,629	87
8	1.2	0.1458	184	1,262	70
8	1.0	0.1750	180	1,029	58
8	0.7	0.2500	174	696	41
8	0.5	0.3500	170	486	29
8	0.4	0.4375	168	384	23
8	0.3	0.5833	166	285	17
7	1.5	0.1333	170	1,275	76
7	1.2	0.1667	164	984	61
7	1.0	0.2000	160	800	51
7	0.7	0.2857	154	539	36
7	0.5	0.4000	150	375	25
7	0.4	0.5000	148	296	20
7	0.3	0.6667	146	219	15
6	1.5	0.1556	150	964	65
6	1.2	0.1944	144	741	52
6	1.0	0.2333	140	600	44
6	0.7	0.3333	134	402	30
6	0.5	0.4667	130	279	22
6	0.4	0.5833	128	219	17
6	0.3	0.7778	126	162	13
5	1.2	0.2333	124	531	44
5	1.0	0.2800	120	429	36
5	0.7	0.4000	114	285	25
5	0.5	0.5600	110	196	18
5	0.4	0.7000	108	154	15
5	0.3	0.9333	106	114	11

Kanthal® D

Resistivity 1.35 Ω mm²/m
Density 7.25 g/cm³To obtain resistivity at working temperature, multiply by factor C_t in following table.

Temp, °C	20	100	200	300	400	500	600	700	800	900	1,000	1,100	1,200	1,300	1,400
Ct	0.99	1.00	1.01	1.02	1.02	1.03	1.04	1.05	1.06	1.06	1.07	1.07	1.08	1.08	1.08

Strip standard sizes (at 20°C)

Dimensions				Design numbers
Width	Thickness			η	Weight
[mm]	[mm]	Resistance per m	cm2/m	cm^2/W 20 °	[g/m]
50	3.0	0.0090	1,060	117,778	1,088
50	2.5	0.0108	1,050	97,222	906
50	2.0	0.0135	1,040	77,037	725
50	1.8	0.0150	1,036	69,067	653
50	1.5	0.0180	1,030	57,222	544
50	1.2	0.0225	1,024	45,511	435
50	1.0	0.0270	1,020	37,778	363
50	0.7	0.0386	1,014	26,289	254
50	0.5	0.0540	1,010	18,704	181
50	0.4	0.0675	1,008	14,933	145
50	0.3	0.0900	1,006	11,178	109
40	3.0	0.0113	860	76,444	870
40	2.5	0.0135	850	62,963	725
40	2.0	0.0169	840	49,778	580
40	1.8	0.0188	836	44,587	522
40	1.5	0.0225	830	36,889	435
40	1.2	0.0281	824	29,298	348
40	1.0	0.0338	820	24,296	290
40	0.7	0.0482	814	16,883	203
40	0.5	0.0675	810	12,000	145
40	0.4	0.0844	808	9,576	116
40	0.3	0.1125	806	7,164	87
35	3.0	0.0129	760	59,111	761
35	2.5	0.0154	750	48,611	634
35	2.0	0.0193	740	38,370	508
35	1.8	0.0214	736	34,347	457
35	1.5	0.0257	730	28,389	381
35	1.2	0.0321	724	22,524	305
35	1.0	0.0386	720	18,667	254
35	0.7	0.0551	714	12,958	178
35	0.5	0.0771	710	9,204	127
35	0.4	0.0964	708	7,342	102
35	0.3	0.1286	706	5,491	76
30	3.0	0.0150	660	44,000	653
30	2.5	0.0180	650	36,111	544
30	2.0	0.0225	640	28,444	435
30	1.8	0.0250	636	25,440	392
30	1.5	0.0300	630	21,000	326
30	1.2	0.0375	624	16,640	261
30	1.0	0.0450	620	13,778	218
30	0.7	0.0643	614	9,551	152
30	0.5	0.0900	610	6,778	109
30	0.4	0.1125	608	5,404	87
30	0.3	0.1500	606	4,040	65
25	3.0	0.0180	560	31,111	544
25	2.5	0.0216	550	25,463	453
25	2.0	0.0270	540	20,000	363
25	1.8	0.0300	536	17,867	326
25	1.5	0.0360	530	14,722	272
25	1.2	0.0450	524	11,644	218
25	1.0	0.0540	520	9,630	181
25	0.7	0.0771	514	6,663	127
25	0.5	0.1080	510	4,722	91
25	0.4	0.1350	508	3,763	73
25	0.3	0.1800	506	2,811	54
20	3.0	0.0225	460	20,444	435
20	2.5	0.0270	450	16,667	363
20	2.0	0.0338	440	13,037	290
20	1.8	0.0375	436	11,627	261
20	1.5	0.0450	430	9,556	218
20	1.2	0.0563	424	7,538	174
20	1.0	0.0675	420	6,222	145
20	0.7	0.0964	414	4,293	102
20	0.5	0.1350	410	3,037	73
20	0.4	0.1688	408	2,418	58
20	0.3	0.2250	406	1,804	44
18	3.0	0.0250	420	16,800	392
18	2.5	0.0300	410	13,667	326
18	2.0	0.0375	400	10,667	261
18	1.8	0.0417	396	9,504	235
18	1.5	0.0500	390	7,800	196
18	1.2	0.0625	384	6,144	157
18	1.0	0.0750	380	5,067	131
18	0.7	0.1071	374	3,491	91
18	0.5	0.1500	370	2,467	65
18	0.4	0.1875	368	1,963	52
18	0.3	0.2500	366	1,464	39
15	3.0	0.0300	360	12,000	326
15	2.5	0.0360	350	9,722	272
15	2.0	0.0450	340	7,556	218
15	1.8	0.0500	336	6,720	196
15	1.5	0.0600	330	5,500	163
15	1.2	0.0750	324	4,320	131
15	1.0	0.0900	320	3,556	109
15	0.7	0.1286	314	2,442	76
15	0.5	0.1800	310	1,722	54
15	0.4	0.2250	308	1,369	44
15	0.3	0.3000	306	1,020	33
12	3.0	0.0375	300	8,000	261
12	2.5	0.0450	290	6,444	218
12	2.0	0.0563	280	4,978	174
12	1.8	0.0625	276	4,416	157
12	1.5	0.0750	270	3,600	131
12	1.2	0.0938	264	2,816	104
12	1.0	0.1125	260	2,311	87
12	0.7	0.1607	254	1,580	61
12	0.5	0.2250	250	1,111	44
12	0.4	0.2813	248	882	35
12	0.3	0.3750	246	656	26
10	2.5	0.0540	250	4,630	181
10	2.0	0.0675	240	3,556	145
10	1.8	0.0750	236	3,147	131
10	1.5	0.0900	230	2,556	109
10	1.2	0.1125	224	1,991	87
10	1.0	0.1350	220	1,630	73
10	0.7	0.1929	214	1,110	51
10	0.5	0.2700	210	778	36
10	0.4	0.3375	208	616	29
10	0.3	0.4500	206	458	22
8	2.0	0.0844	200	2,370	116
8	1.8	0.0938	196	2,091	104
8	1.5	0.1125	190	1,689	87
8	1.2	0.1406	184	1,308	70
8	1.0	0.1688	180	1,067	58
8	0.7	0.2411	174	722	41
8	0.5	0.3375	170	504	29
8	0.4	0.4219	168	398	23
8	0.3	0.5625	166	295	17
7	1.5	0.1286	170	1,322	76
7	1.2	0.1607	164	1,020	61
7	1.0	0.1929	160	830	51
7	0.7	0.2755	154	559	36
7	0.5	0.3857	150	389	25
7	0.4	0.4821	148	307	20
7	0.3	0.6429	146	227	15
6	1.5	0.1500	150	1,000	65
6	1.2	0.1875	144	768	52
6	1.0	0.2250	140	622	44
6	0.7	0.3214	134	417	30
6	0.5	0.4500	130	289	22
6	0.4	0.5625	128	228	17
6	0.3	0.7500	126	168	13
5	1.2	0.2250	124	551	44
5	1.0	0.2700	120	444	36
5	0.7	0.3857	114	296	25
5	0.5	0.5400	110	204	18
5	0.4	0.6750	108	160	15
5	0.3	0.9000	106	118	11

Nikrothal® 80

Resistivity 1.09 Ω mm²/m
Density 8.3 g/cm³To obtain resistivity at working temperature, multiply by factor Ct in following table.

Temp, °C	20	100	200	300	400	500	600	700	800	900	1,000	1,100	1,200	1,300	1,400
Ct	1.00	1.01	1.02	1.03	1.04	1.05	1.04	1.04	1.04	1.04	1.05	1.06	1.07	1.09	1.10

Strip standard sizes (at 20°C)

Dimensions				Design numbers
Width	Thickness			η	Weight
[mm]	[mm]	Resistance per m	cm2/m	cm^2/W 20 °	[g/m]
50	3.0	0.0073	1,060	145,872	1,245
50	2.5	0.0087	1,050	120,413	1,038
50	2.0	0.0109	1,040	95,413	830
50	1.8	0.0121	1,036	85,541	747
50	1.5	0.0145	1,030	70,872	623
50	1.2	0.0182	1,024	56,367	498
50	1.0	0.0218	1,020	46,789	415
50	0.7	0.0311	1,014	32,560	291
50	0.5	0.0436	1,010	23,165	208
50	0.4	0.0545	1,008	18,495	166
50	0.3	0.0727	1,006	13,844	125
40	3.0	0.0091	860	94,679	996
40	2.5	0.0109	850	77,982	830
40	2.0	0.0136	840	61,651	664
40	1.8	0.0151	836	55,222	598
40	1.5	0.0182	830	45,688	498
40	1.2	0.0227	824	36,286	398
40	1.0	0.0273	820	30,092	332
40	0.7	0.0389	814	20,910	232
40	0.5	0.0545	810	14,862	166
40	0.4	0.0681	808	11,861	133
40	0.3	0.0908	806	8,873	100
35	3.0	0.0104	760	73,211	872
35	2.5	0.0125	750	60,206	726
35	2.0	0.0156	740	47,523	581
35	1.8	0.0173	736	42,539	523
35	1.5	0.0208	730	35,161	436
35	1.2	0.0260	724	27,897	349
35	1.0	0.0311	720	23,119	291
35	0.7	0.0445	714	16,049	203
35	0.5	0.0623	710	11,399	145
35	0.4	0.0779	708	9,094	116
35	0.3	0.1038	706	6,801	87
30	3.0	0.0121	660	54,495	747
30	2.5	0.0145	650	44,725	623
30	2.0	0.0182	640	35,229	498
30	1.8	0.0202	636	31,508	448
30	1.5	0.0242	630	26,009	374
30	1.2	0.0303	624	20,609	299
30	1.0	0.0363	620	17,064	249
30	0.7	0.0519	614	11,829	174
30	0.5	0.0727	610	8,394	125
30	0.4	0.0908	608	6,694	100
30	0.3	0.1211	606	5,004	75
25	3.0	0.0145	560	38,532	623
25	2.5	0.0174	550	31,537	519
25	2.0	0.0218	540	24,771	415
25	1.8	0.0242	536	22,128	374
25	1.5	0.0291	530	18,234	311
25	1.2	0.0363	524	14,422	249
25	1.0	0.0436	520	11,927	208
25	0.7	0.0623	514	8,252	145
25	0.5	0.0872	510	5,849	104
25	0.4	0.1090	508	4,661	83
25	0.3	0.1453	506	3,482	62
20	3.0	0.0182	460	25,321	498
20	2.5	0.0218	450	20,642	415
20	2.0	0.0273	440	16,147	332
20	1.8	0.0303	436	14,400	299
20	1.5	0.0363	430	11,835	249
20	1.2	0.0454	424	9,336	199
20	1.0	0.0545	420	7,706	166
20	0.7	0.0779	414	5,317	116
20	0.5	0.1090	410	3,761	83
20	0.4	0.1363	408	2,994	66
20	0.3	0.1817	406	2,235	50
18	3.0	0.0202	420	20,807	448
18	2.5	0.0242	410	16,927	374
18	2.0	0.0303	400	13,211	299
18	1.8	0.0336	396	11,771	269
18	1.5	0.0404	390	9,661	224
18	1.2	0.0505	384	7,610	179
18	1.0	0.0606	380	6,275	149
18	0.7	0.0865	374	4,323	105
18	0.5	0.1211	370	3,055	75
18	0.4	0.1514	368	2,431	60
18	0.3	0.2019	366	1,813	45
15	3.0	0.0242	360	14,862	374
15	2.5	0.0291	350	12,041	311
15	2.0	0.0363	340	9,358	249
15	1.8	0.0404	336	8,323	224
15	1.5	0.0484	330	6,812	187
15	1.2	0.0606	324	5,350	149
15	1.0	0.0727	320	4,404	125
15	0.7	0.1038	314	3,025	87
15	0.5	0.1453	310	2,133	62
15	0.4	0.1817	308	1,695	50
15	0.3	0.2422	306	1,263	37
12	3.0	0.0303	300	9,908	299
12	2.5	0.0363	290	7,982	249
12	2.0	0.0454	280	6,165	199
12	1.8	0.0505	276	5,469	179
12	1.5	0.0606	270	4,459	149
12	1.2	0.0757	264	3,488	120
12	1.0	0.0908	260	2,862	100
12	0.7	0.1298	254	1,957	70
12	0.5	0.1817	250	1,376	50
12	0.4	0.2271	248	1,092	40
12	0.3	0.3028	246	812	30
10	2.5	0.0436	250	5,734	208
10	2.0	0.0545	240	4,404	166
10	1.8	0.0606	236	3,897	149
10	1.5	0.0727	230	3,165	125
10	1.2	0.0908	224	2,466	100
10	1.0	0.1090	220	2,018	83
10	0.7	0.1557	214	1,374	58
10	0.5	0.2180	210	963	42
10	0.4	0.2725	208	763	33
10	0.3	0.3633	206	567	25
8	2.0	0.0681	200	2,936	133
8	1.8	0.0757	196	2,589	120
8	1.5	0.0908	190	2,092	100
8	1.2	0.1135	184	1,621	80
8	1.0	0.1363	180	1,321	66
8	0.7	0.1946	174	894	46
8	0.5	0.2725	170	624	33
8	0.4	0.3406	168	493	27
8	0.3	0.4542	166	366	20
7	1.5	0.1038	170	1,638	87
7	1.2	0.1298	164	1,264	70
7	1.0	0.1557	160	1,028	58
7	0.7	0.2224	154	692	41
7	0.5	0.3114	150	482	29
7	0.4	0.3893	148	380	23
7	0.3	0.5190	146	281	17
6	1.5	0.1211	150	1,239	75
6	1.2	0.1514	144	951	60
6	1.0	0.1817	140	771	50
6	0.7	0.2595	134	516	35
6	0.5	0.3633	130	358	25
6	0.4	0.4542	128	282	20
6	0.3	0.6056	126	208	15
5	1.2	0.1817	124	683	50
5	1.0	0.2180	120	550	42
5	0.7	0.3114	114	366	29
5	0.5	0.4360	110	252	21
5	0.4	0.5450	108	198	17
5	0.3	0.7267	106	146	12

Nikrothal® 70

Resistivity 1.18 Ω mm^2/m
Density 8.1 g/cm³To obtain resistivity at working temperature, multiply by factor C_t in following table.

Temp, °C	20	100	200	300	400	500	600	700	800	900	1,000	1,100	1,200	1,300	1,400
Ct	1.05	1.06	1.07	1.08	1.09	1.05	1.05	1.05	1.04	1.05	1.05	1.06	1.06	1.07	1.07

Strip standard sizes (at 20°C)

Dimensions				Design numbers
Width	Thickness			η	Weight
[mm]	[mm]	Resistance per m	cm2/m	cm^2/W 20 °	[g/m]
50	3.0	0.0079	1,060	134,746	1,215
50	2.5	0.0094	1,050	111,229	1,013
50	2.0	0.0118	1,040	88,136	810
50	1.8	0.0131	1,036	79,017	729
50	1.5	0.0157	1,030	65,466	608
50	1.2	0.0197	1,024	52,068	486
50	1.0	0.0236	1,020	43,220	405
50	0.7	0.0337	1,014	30,076	284
50	0.5	0.0472	1,010	21,398	203
50	0.4	0.0590	1,008	17,085	162
50	0.3	0.0787	1,006	12,788	122
40	3.0	0.0098	860	87,458	972
40	2.5	0.0118	850	72,034	810
40	2.0	0.0148	840	56,949	648
40	1.8	0.0164	836	51,010	583
40	1.5	0.0197	830	42,203	486
40	1.2	0.0246	824	33,519	389
40	1.0	0.0295	820	27,797	324
40	0.7	0.0421	814	19,315	227
40	0.5	0.0590	810	13,729	162
40	0.4	0.0738	808	10,956	130
40	0.3	0.0983	806	8,197	97
35	3.0	0.0112	760	67,627	851
35	2.5	0.0135	750	55,614	709
35	2.0	0.0169	740	43,898	567
35	1.8	0.0187	736	39,295	510
35	1.5	0.0225	730	32,479	425
35	1.2	0.0281	724	25,769	340
35	1.0	0.0337	720	21,356	284
35	0.7	0.0482	714	14,825	198
35	0.5	0.0674	710	10,530	142
35	0.4	0.0843	708	8,400	113
35	0.3	0.1124	706	6,282	85
30	3.0	0.0131	660	50,339	729
30	2.5	0.0157	650	41,314	608
30	2.0	0.0197	640	32,542	486
30	1.8	0.0219	636	29,105	437
30	1.5	0.0262	630	24,025	365
30	1.2	0.0328	624	19,037	292
30	1.0	0.0393	620	15,763	243
30	0.7	0.0562	614	10,927	170
30	0.5	0.0787	610	7,754	122
30	0.4	0.0983	608	6,183	97
30	0.3	0.1311	606	4,622	73
25	3.0	0.0157	560	35,593	608
25	2.5	0.0189	550	29,131	506
25	2.0	0.0236	540	22,881	405
25	1.8	0.0262	536	20,441	365
25	1.5	0.0315	530	16,843	304
25	1.2	0.0393	524	13,322	243
25	1.0	0.0472	520	11,017	203
25	0.7	0.0674	514	7,623	142
25	0.5	0.0944	510	5,403	101
25	0.4	0.1180	508	4,305	81
25	0.3	0.1573	506	3,216	61
20	3.0	0.0197	460	23,390	486
20	2.5	0.0236	450	19,068	405
20	2.0	0.0295	440	14,915	324
20	1.8	0.0328	436	13,302	292
20	1.5	0.0393	430	10,932	243
20	1.2	0.0492	424	8,624	194
20	1.0	0.0590	420	7,119	162
20	0.7	0.0843	414	4,912	113
20	0.5	0.1180	410	3,475	81
20	0.4	0.1475	408	2,766	65
20	0.3	0.1967	406	2,064	49
18	3.0	0.0219	420	19,220	437
18	2.5	0.0262	410	15,636	365
18	2.0	0.0328	400	12,203	292
18	1.8	0.0364	396	10,873	262
18	1.5	0.0437	390	8,924	219
18	1.2	0.0546	384	7,029	175
18	1.0	0.0656	380	5,797	146
18	0.7	0.0937	374	3,994	102
18	0.5	0.1311	370	2,822	73
18	0.4	0.1639	368	2,245	58
18	0.3	0.2185	366	1,675	44
15	3.0	0.0262	360	13,729	365
15	2.5	0.0315	350	11,123	304
15	2.0	0.0393	340	8,644	243
15	1.8	0.0437	336	7,688	219
15	1.5	0.0524	330	6,292	182
15	1.2	0.0656	324	4,942	146
15	1.0	0.0787	320	4,068	122
15	0.7	0.1124	314	2,794	85
15	0.5	0.1573	310	1,970	61
15	0.4	0.1967	308	1,566	49
15	0.3	0.2622	306	1,167	36
12	3.0	0.0328	300	9,153	292
12	2.5	0.0393	290	7,373	243
12	2.0	0.0492	280	5,695	194
12	1.8	0.0546	276	5,052	175
12	1.5	0.0656	270	4,119	146
12	1.2	0.0819	264	3,222	117
12	1.0	0.0983	260	2,644	97
12	0.7	0.1405	254	1,808	68
12	0.5	0.1967	250	1,271	49
12	0.4	0.2458	248	1,009	39
12	0.3	0.3278	246	751	29
10	2.5	0.0472	250	5,297	203
10	2.0	0.0590	240	4,068	162
10	1.8	0.0656	236	3,600	146
10	1.5	0.0787	230	2,924	122
10	1.2	0.0983	224	2,278	97
10	1.0	0.1180	220	1,864	81
10	0.7	0.1686	214	1,269	57
10	0.5	0.2360	210	890	41
10	0.4	0.2950	208	705	32
10	0.3	0.3933	206	524	24
8	2.0	0.0738	200	2,712	130
8	1.8	0.0819	196	2,392	117
8	1.5	0.0983	190	1,932	97
8	1.2	0.1229	184	1,497	78
8	1.0	0.1475	180	1,220	65
8	0.7	0.2107	174	826	45
8	0.5	0.2950	170	576	32
8	0.4	0.3688	168	456	26
8	0.3	0.4917	166	338	19
7	1.5	0.1124	170	1,513	85
7	1.2	0.1405	164	1,167	68
7	1.0	0.1686	160	949	57
7	0.7	0.2408	154	639	40
7	0.5	0.3371	150	445	28
7	0.4	0.4214	148	351	23
7	0.3	0.5619	146	260	17
6	1.5	0.1311	150	1,144	73
6	1.2	0.1639	144	879	58
6	1.0	0.1967	140	712	49
6	0.7	0.2810	134	477	34
6	0.5	0.3933	130	331	24
6	0.4	0.4917	128	260	19
6	0.3	0.6556	126	192	15
5	1.2	0.1967	124	631	49
5	1.0	0.2360	120	508	41
5	0.7	0.3371	114	338	28
5	0.5	0.4720	110	233	20
5	0.4	0.5900	108	183	16
5	0.3	0.7867	106	135	12

Nikrothal® 60

Resistivity 1.11 Ω mm²/m
Density 8.2 g/cm³To obtain resistivity at working temperature, multiply by factor C_t in following table.

Temp, °C	20	100	200	300	400	500	600	700	800	900	1,000	1,100	1,200	1,300	1,400
Ct	1.01	1.02	1.03	1.05	1.06	1.08	1.09	1.09	1.10	1.11	1.11	1.12	1.13	1.13	1.14

Strip standard sizes (at 20°C)

Dimensions				Design numbers
Width	Thickness			η	Weight
[mm]	[mm]	Resistance per m	cm2/m	cm^2/W 20 °	[g/m]
50	3.0	0.0074	1,060	143,243	1,230
50	2.5	0.0089	1,050	118,243	1,025
50	2.0	0.0111	1,040	93,694	820
50	1.8	0.0123	1,036	84,000	738
50	1.5	0.0148	1,030	69,595	615
50	1.2	0.0185	1,024	55,351	492
50	1.0	0.0222	1,020	45,946	410
50	0.7	0.0317	1,014	31,973	287
50	0.5	0.0444	1,010	22,748	205
50	0.4	0.0555	1,008	18,162	164
50	0.3	0.0740	1,006	13,595	123
40	3.0	0.0093	860	92,973	984
40	2.5	0.0111	850	76,577	820
40	2.0	0.0139	840	60,541	656
40	1.8	0.0154	836	54,227	590
40	1.5	0.0185	830	44,865	492
40	1.2	0.0231	824	35,632	394
40	1.0	0.0278	820	29,550	328
40	0.7	0.0396	814	20,533	230
40	0.5	0.0555	810	14,595	164
40	0.4	0.0694	808	11,647	131
40	0.3	0.0925	806	8,714	98
35	3.0	0.0106	760	71,892	861
35	2.5	0.0127	750	59,122	718
35	2.0	0.0159	740	46,667	574
35	1.8	0.0176	736	41,773	517
35	1.5	0.0211	730	34,527	431
35	1.2	0.0264	724	27,395	344
35	1.0	0.0317	720	22,703	287
35	0.7	0.0453	714	15,759	201
35	0.5	0.0634	710	11,194	144
35	0.4	0.0793	708	8,930	115
35	0.3	0.1057	706	6,678	86
30	3.0	0.0123	660	53,514	738
30	2.5	0.0148	650	43,919	615
30	2.0	0.0185	640	34,595	492
30	1.8	0.0206	636	30,941	443
30	1.5	0.0247	630	25,541	369
30	1.2	0.0308	624	20,238	295
30	1.0	0.0370	620	16,757	246
30	0.7	0.0529	614	11,616	172
30	0.5	0.0740	610	8,243	123
30	0.4	0.0925	608	6,573	98
30	0.3	0.1233	606	4,914	74
25	3.0	0.0148	560	37,838	615
25	2.5	0.0178	550	30,968	513
25	2.0	0.0222	540	24,324	410
25	1.8	0.0247	536	21,730	369
25	1.5	0.0296	530	17,905	308
25	1.2	0.0370	524	14,162	246
25	1.0	0.0444	520	11,712	205
25	0.7	0.0634	514	8,104	144
25	0.5	0.0888	510	5,743	103
25	0.4	0.1110	508	4,577	82
25	0.3	0.1480	506	3,419	62
20	3.0	0.0185	460	24,865	492
20	2.5	0.0222	450	20,270	410
20	2.0	0.0278	440	15,856	328
20	1.8	0.0308	436	14,141	295
20	1.5	0.0370	430	11,622	246
20	1.2	0.0463	424	9,168	197
20	1.0	0.0555	420	7,568	164
20	0.7	0.0793	414	5,222	115
20	0.5	0.1110	410	3,694	82
20	0.4	0.1388	408	2,941	66
20	0.3	0.1850	406	2,195	49
18	3.0	0.0206	420	20,432	443
18	2.5	0.0247	410	16,622	369
18	2.0	0.0308	400	12,973	295
18	1.8	0.0343	396	11,559	266
18	1.5	0.0411	390	9,486	221
18	1.2	0.0514	384	7,472	177
18	1.0	0.0617	380	6,162	148
18	0.7	0.0881	374	4,245	103
18	0.5	0.1233	370	3,000	74
18	0.4	0.1542	368	2,387	59
18	0.3	0.2056	366	1,781	44
15	3.0	0.0247	360	14,595	369
15	2.5	0.0296	350	11,824	308
15	2.0	0.0370	340	9,189	246
15	1.8	0.0411	336	8,173	221
15	1.5	0.0493	330	6,689	185
15	1.2	0.0617	324	5,254	148
15	1.0	0.0740	320	4,324	123
15	0.7	0.1057	314	2,970	86
15	0.5	0.1480	310	2,095	62
15	0.4	0.1850	308	1,665	49
15	0.3	0.2467	306	1,241	37
12	3.0	0.0308	300	9,730	295
12	2.5	0.0370	290	7,838	246
12	2.0	0.0463	280	6,054	197
12	1.8	0.0514	276	5,371	177
12	1.5	0.0617	270	4,378	148
12	1.2	0.0771	264	3,425	118
12	1.0	0.0925	260	2,811	98
12	0.7	0.1321	254	1,922	69
12	0.5	0.1850	250	1,351	49
12	0.4	0.2313	248	1,072	39
12	0.3	0.3083	246	798	30
10	2.5	0.0444	250	5,631	205
10	2.0	0.0555	240	4,324	164
10	1.8	0.0617	236	3,827	148
10	1.5	0.0740	230	3,108	123
10	1.2	0.0925	224	2,422	98
10	1.0	0.1110	220	1,982	82
10	0.7	0.1586	214	1,350	57
10	0.5	0.2220	210	946	41
10	0.4	0.2775	208	750	33
10	0.3	0.3700	206	557	25
8	2.0	0.0694	200	2,883	131
8	1.8	0.0771	196	2,543	118
8	1.5	0.0925	190	2,054	98
8	1.2	0.1156	184	1,591	79
8	1.0	0.1388	180	1,297	66
8	0.7	0.1982	174	878	46
8	0.5	0.2775	170	613	33
8	0.4	0.3469	168	484	26
8	0.3	0.4625	166	359	20
7	1.5	0.1057	170	1,608	86
7	1.2	0.1321	164	1,241	69
7	1.0	0.1586	160	1,009	57
7	0.7	0.2265	154	680	40
7	0.5	0.3171	150	473	29
7	0.4	0.3964	148	373	23
7	0.3	0.5286	146	276	17
6	1.5	0.1233	150	1,216	74
6	1.2	0.1542	144	934	59
6	1.0	0.1850	140	757	49
6	0.7	0.2643	134	507	34
6	0.5	0.3700	130	351	25
6	0.4	0.4625	128	277	20
6	0.3	0.6167	126	204	15
5	1.2	0.1850	124	670	49
5	1.0	0.2220	120	541	41
5	0.7	0.3171	114	359	29
5	0.5	0.4440	110	248	21
5	0.4	0.5550	108	195	16
5	0.3	0.7400	106	143	12

Nikrothal 40

Resistivity 1.04 Ω mm²/m¹Density 7.9 g/cm³To obtain resistivity at working temperature, multiply by factor C_t in following table.

Temp, °C	20	100	200	300	400	500	600	700	800	900	1,000	1,100	1,200	1,300	1,400
Ct	1.00	1.03	1.06	1.10	1.12	1.15	1.17	1.19	1.21	1.22	1.24	1.24	1.25	1.25	1.25

Strip standard sizes (at 20°C)

Dimensions				Design numbers
Width	Thickness			η	Weight
[mm]	[mm]	Resistance per m	cm2/m	cm^2/W 20 °	[g/m]
50	3.0	0.0069	1,060	152,885	1,185
50	2.5	0.0083	1,050	126,202	988
50	2.0	0.0104	1,040	100,000	790
50	1.8	0.0116	1,036	89,654	711
50	1.5	0.0139	1,030	74,279	593
50	1.2	0.0173	1,024	59,077	474
50	1.0	0.0208	1,020	49,038	395
50	0.7	0.0297	1,014	34,125	277
50	0.5	0.0416	1,010	24,279	198
50	0.4	0.0520	1,008	19,385	158
50	0.3	0.0693	1,006	14,510	119
40	3.0	0.0087	860	99,231	948
40	2.5	0.0104	850	81,731	790
40	2.0	0.0130	840	64,615	632
40	1.8	0.0144	836	57,877	569
40	1.5	0.0173	830	47,885	474
40	1.2	0.0217	824	38,031	379
40	1.0	0.0260	820	31,538	316
40	0.7	0.0371	814	21,915	221
40	0.5	0.0520	810	15,577	158
40	0.4	0.0650	808	12,431	126
40	0.3	0.0867	806	9,300	95
35	3.0	0.0099	760	76,731	830
35	2.5	0.0119	750	63,101	691
35	2.0	0.0149	740	49,808	553
35	1.8	0.0165	736	44,585	498
35	1.5	0.0198	730	36,851	415
35	1.2	0.0248	724	29,238	332
35	1.0	0.0297	720	24,231	277
35	0.7	0.0424	714	16,820	194
35	0.5	0.0594	710	11,947	138
35	0.4	0.0743	708	9,531	111
35	0.3	0.0990	706	7,128	83
30	3.0	0.0116	660	57,115	711
30	2.5	0.0139	650	46,875	593
30	2.0	0.0173	640	36,923	474
30	1.8	0.0193	636	33,023	427
30	1.5	0.0231	630	27,260	356
30	1.2	0.0289	624	21,600	284
30	1.0	0.0347	620	17,885	237
30	0.7	0.0495	614	12,398	166
30	0.5	0.0693	610	8,798	119
30	0.4	0.0867	608	7,015	95
30	0.3	0.1156	606	5,244	71
25	3.0	0.0139	560	40,385	593
25	2.5	0.0166	550	33,053	494
25	2.0	0.0208	540	25,962	395
25	1.8	0.0231	536	23,192	356
25	1.5	0.0277	530	19,111	296
25	1.2	0.0347	524	15,115	237
25	1.0	0.0416	520	12,500	198
25	0.7	0.0594	514	8,649	138
25	0.5	0.0832	510	6,130	99
25	0.4	0.1040	508	4,885	79
25	0.3	0.1387	506	3,649	59
20	3.0	0.0173	460	26,538	474
20	2.5	0.0208	450	21,635	395
20	2.0	0.0260	440	16,923	316
20	1.8	0.0289	436	15,092	284
20	1.5	0.0347	430	12,404	237
20	1.2	0.0433	424	9,785	190
20	1.0	0.0520	420	8,077	158
20	0.7	0.0743	414	5,573	111
20	0.5	0.1040	410	3,942	79
20	0.4	0.1300	408	3,138	63
20	0.3	0.1733	406	2,342	47
18	3.0	0.0193	420	21,808	427
18	2.5	0.0231	410	17,740	356
18	2.0	0.0289	400	13,846	284
18	1.8	0.0321	396	12,337	256
18	1.5	0.0385	390	10,125	213
18	1.2	0.0481	384	7,975	171
18	1.0	0.0578	380	6,577	142
18	0.7	0.0825	374	4,531	100
18	0.5	0.1156	370	3,202	71
18	0.4	0.1444	368	2,548	57
18	0.3	0.1926	366	1,900	43
15	3.0	0.0231	360	15,577	356
15	2.5	0.0277	350	12,620	296
15	2.0	0.0347	340	9,808	237
15	1.8	0.0385	336	8,723	213
15	1.5	0.0462	330	7,139	178
15	1.2	0.0578	324	5,608	142
15	1.0	0.0693	320	4,615	119
15	0.7	0.0990	314	3,170	83
15	0.5	0.1387	310	2,236	59
15	0.4	0.1733	308	1,777	47
15	0.3	0.2311	306	1,324	36
12	3.0	0.0289	300	10,385	284
12	2.5	0.0347	290	8,365	237
12	2.0	0.0433	280	6,462	190
12	1.8	0.0481	276	5,732	171
12	1.5	0.0578	270	4,673	142
12	1.2	0.0722	264	3,655	114
12	1.0	0.0867	260	3,000	95
12	0.7	0.1238	254	2,052	66
12	0.5	0.1733	250	1,442	47
12	0.4	0.2167	248	1,145	38
12	0.3	0.2889	246	852	28
10	2.5	0.0416	250	6,010	198
10	2.0	0.0520	240	4,615	158
10	1.8	0.0578	236	4,085	142
10	1.5	0.0693	230	3,317	119
10	1.2	0.0867	224	2,585	95
10	1.0	0.1040	220	2,115	79
10	0.7	0.1486	214	1,440	55
10	0.5	0.2080	210	1,010	40
10	0.4	0.2600	208	800	32
10	0.3	0.3467	206	594	24
8	2.0	0.0650	200	3,077	126
8	1.8	0.0722	196	2,714	114
8	1.5	0.0867	190	2,192	95
8	1.2	0.1083	184	1,698	76
8	1.0	0.1300	180	1,385	63
8	0.7	0.1857	174	937	44
8	0.5	0.2600	170	654	32
8	0.4	0.3250	168	517	25
8	0.3	0.4333	166	383	19
7	1.5	0.0990	170	1,716	83
7	1.2	0.1238	164	1,325	66
7	1.0	0.1486	160	1,077	55
7	0.7	0.2122	154	726	39
7	0.5	0.2971	150	505	28
7	0.4	0.3714	148	398	22
7	0.3	0.4952	146	295	17
6	1.5	0.1156	150	1,298	71
6	1.2	0.1444	144	997	57
6	1.0	0.1733	140	808	47
6	0.7	0.2476	134	541	33
6	0.5	0.3467	130	375	24
6	0.4	0.4333	128	295	19
6	0.3	0.5778	126	218	14
5	1.2	0.1733	124	715	47
5	1.0	0.2080	120	577	40
5	0.7	0.2971	114	384	28
5	0.5	0.4160	110	264	20
5	0.4	0.5200	108	208	16
5	0.3	0.6933	106	153	12