Filum resistentiae Sinense GY FeCrAl 0Cr25Al5 ad Fabricationem et Officinam Calefactionis Tubularis

Filum resistentiae GY FeCrAl 0Cr25Al5 pro calefactore tubulari

Descriptio Brevis:

gradus:0Cr23Al5

resistivitas:1.42

specificatio:RoHS, ISO 9001: 2008

Codex HS:72230000

Mitte nobis inscriptionem electronicam

Detalia Producti

Quaestiones Frequentes

Etiquettae Productarum

Filum resistentiae GY FeCrAl OCr25Al5 adcalefactor tubularis

Nomen producti	Magnitudo
Filum frigidum trahens	Diameter 0.03-7.5mm
Virga filorum calida laminata	Diameter 8.0-12mm
Taenia	Crassitudo 0.05-0.35mm
Taenia	Latitudo 0.5.0-3.5mm
Taenia frigida laminata	Crassitudo 0.5-2.5mm
Taenia frigida laminata	Latitudo 5.0-40mm
lamina calida laminata	Crassitudo 4-6mm
lamina calida laminata	Latitudo 15-40mm

De filo calefactorio resistentiae:
Maximi artifices professionales mixturarum calefactionis resistentiae in Sinis sumus, in filo Ferro-Chrome (Fe-Cr-AL), filo Nickel-Chrome (Nichrome), filo Cupre-Nickele (Constantan), filo chalybis inoxidabilis, et productis similibus in mixturis ad requisita specifica clientium aptatis specializantes.

Detalia magnitudinis

parametri fundamentales:

parametri fundamentales	Kanthall APMTM	Kanthall
parametri fundamentales	Kanthall APMTM	A-1	AF	D
Temperatura maxima continua operandi	1425	1400	1300	1300
Compositio chemica nominalis, % Cr	22	22	22	22
AI	5.8	5.8	5.3	4.8
Fe	ingredientia	ingredientia	ingredientia	ingredientia
Ni	-	-	-	-
Resistivitas in 20ºC, Ωmm-2mm-1	1.45	1.45	1.39	1.35
densitas, g/cm³	7.1	7.1	7.15	7.25
Coefficiens expansionis thermalis K-1 20-750ºC	14×10-6	14×10-6	14×10-6	14×10-6
20-1000ºC	15×10-6	15×10-6	15×10-6	15×10-6
Conductivitas thermalis 20ºC, Wm-1K-1	13	13	13	13
Capacitas calorica specifica 20ºC, KJkg⁻¹	0.46	0.46	0.46	0.46
Punctum fusionis °C	1500	1500	1500	1500
Proprietates mechanicae probabiliter
Robur tensile, N mm⁻²	DCCLXXX	DCCLXXX	DCCLXXX	DCCL
Robur cessionis, N mm⁻²	470	475	475	450
Duritia, Hv	230	230	230	230
Elongatio fractionis,%	20	18	18	18
Robur tensile 900ºC, N mm-2	40	34	37	34
Robur reptationis 800ºC	undecim	sex	VIII	sex
1000ºC	3.4	1	1.5	1
Magneticus	magnetica (in temperatura 600ºC)
Emissivitas, condiciones oxidationis	0.7	0.7	0.7	0.7

Specificatio:

Typus Mixtionis Metallicae	Diameter	Resistivitas	Tensilis	Elongatio (%)	Flexus	Maximum Continuum	Vita Laboralis
	(mm)	(μΩm)(20°C)	Robur		Tempora	Servitium	(horae)
	(mm)	(μΩm)(20°C)	(N/mm²)			Temperatura (°C)	(horae)
Cr20Ni80	<0.50	1.09±0.05	850-950	>20	>9	1200	>20000
	0.50-3.0	1.13±0.05	850-950	>20	>9	1200	>20000
	>3.0	1.14±0.05	850-950	>20	>9	1200	>20000
Cr30Ni70	<0.50	1.18±0.05	850-950	>20	>9	1250	>20000
Cr30Ni70	≥0.50	1.20±0.05	850-950	>20	>9	1250	>20000
Cr15Ni60	<0.50	1.12±0.05	850-950	>20	>9	1125	>20000
Cr15Ni60	≥0.50	1.15±0.05	850-950	>20	>9	1125	>20000
Cr20Ni35	<0.50	1.04±0.05	850-950	>20	>9	1100	>18000
Cr20Ni35	≥0.50	1.06±0.05	850-950	>20	>9	1100	>18000
1Cr13Al4	0.03-12.0	1.25±0.08	588-735	>16	>6	950	>10000
0Cr15Al5		1.25±0.08	588-735	>16	>6	mille	>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

Commodum:
Mixtura nickelchromii cum resistentia alta et stabili, resistentia corrosionis, resistentia oxidationis superficialis bona, melior sub temperaturis altis et robore seismico, bona ductilitate, bona operabilitate et sudabilitate.