China FeCrAl Heating Resistance Alloy Cr15Al5 Wire for Furnace Heating Manufacture and Factory |TANKII

FeCrAl Calefaciens Repugnantia Admisce Cr15Al5 Filum pro Fornax Calefaciens Lorem Image

FeCrAl Calefactio Repugnantia Alloy Cr15Al5 filum pro fornacis calefactio

Description:

materiam;FeCrAl

figura;per seu plana

superficies;clara

densitas;7.4

resistentia:1.25

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Cr15Al5 FeCrAl Calefaciens Repugnantia Alloy Wire forFornax Calefactio

CENTESIMA Compositio:

Al	Cr	Fe	Mn	C	Si	Ni	Cu	Ti	Other	Rara elementa terrae
4.6-5.8	14.5-15.5	Basis	Max0.7	donec 0.05	usque ad 0.6 "	usque ad 0.6 "	...	usque ad 0.6 "	Zr≤0.3	...

Resistentia Filum:
I) Aluminium Ferre Chrome
CrAl 14-4, CrAl 15-5, CrAl 20-5, CrAl 25-5, etc.

2) Nichrome Wire
NiCr 80/20, NiCr 70/30, NiCr 60/15, NiCr 35/20

III) Nickel Copper Alloy Wire
Admisce 30, Admisce 60, Admisce 90, Constantan Wire

Pro pluribus details, pis nostrum locum nostrum visita vel electronicum us.

Specificationes:

1Cr13Al4	0.03-12.0	1.25±0.08	588-735	>16	>6	950	>10000
0Cr15Al5		1.25±0.08	588-735	>16	>6	1000	>10000
0Cr25Al5		1.42±0.07	634-784	>12	>5	1300	>8000
0Cr23Al5		1.35±0.06	634-784	>12	>5	1250	>8000
0Cr21Al6		1.42±0.07	634-784	>12	>5	1300	>8000
1Cr20Al3		1.23±0.06	634-784	>12	>5	1100	>8000
0Cr21Al6Nb		1.45±0.07	634-784	>12	>5	1350	>8000
0Cr27Al7Mo2	0.03-12.0	1.53±0.07	686-784	>12	>5	1400	>8000

Relevance:

Fecrak nobis specimen stannum cum nimia certae reali resistentiae (1.20-1.30 ohm-mm2/m) quae resistentiam caloris usque ad 1450C componit et affirmatur necessariam esse ad extremas temperaturas. Hae proprietates permittunt utentes hoc mixtura late dum unitates calefactionis fabricantes .Resistentiam mordax perfectam aeri, in argonis, in vacuo, oxidizing, sulphureo continens et carboniferos ambitus habet. Ostendit densitatem relativam non valde altam (7.2g/cm3), sed magnum habet modum cedentis.

Cr15Al5 Eurofechral

materia	gradus	UNS nomen	DIN	Density	ASTM
fecral	1.4725	K 92500	17470	7.4	B 603-1

Summa applicationes:fornaxs, elementa resistentia, fornacibus summus temperatus, elementa calefactoria industriae tubulosae et calentium.

Mechanica Characteres T°20°C

Numerus arcuum	CENTESIMA Extensio
-5 temporibus	＞16%

Characteres physici T°20°C

duritia	Density	Fractio onus	Maximum Opus temperatus 850C	Electrical resistivity	Magnetismus	Exustio puncta (°C)
200-260 HB	7.1g/cm3	637-784m/pa		1.30 ohn-mm2/m	Magnetic	1400 °C