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0Cr15Al5 FeCrAl Alloy Heat Resistance Wire for Industrial Heating Furnace

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Basic Info

Product Description

Model NO.

0Cr15Al5

Material Shape

Flat Wire

Range of Application

Heating element

Certification

ISO9001, RoHS

Brand

N/A

Shipping Method

By air/sea, by FedEx, by UPS

Surface

bright, annealed, soft

Size

As customer required

Packing

spool, coil, carton, plywood case

Feature

Heat resistant, corrosion resistant, weldability

Usage

Furnace, glass top hob, hetaing blanket

Chemical Composition

Iron Chromium Aluminium

Free Sample

Available

Shape

wire/flat wire/ribbon/strip

Condition

soft, half hard, hard

Color

Bright

Advantage

High using temperature

Resistivity

1.25

Density

8.4

Appearance

Bright smooth

Trademark

TANKII

Transport Package

Spool, Carton, Wooden Case

Specification

Rohs

Origin

China

HS Code

72230000

0Cr15Al5 FeCrAl Alloy Heat Resistance Wire for Industrial Heating Furnace
Resistance wire is usually used in resistor. Our resistance have small tolerance on size and electrical resistance value

1) Material available:

Cr20Ni80, Cr30Ni70, Cr15Ni60, Cr20Ni35, Cr20Ni30, Cr20Ni25, NiCr25FeAlY, Cr13Al4, Cr21Al4, Cr14Al4, Cr20Al4, Cr21Al6, Cr23Al5, Cr25Al5, Cr21Al6Nb, Cr25Al5SE.

2) Shape:

Wire, strip, ribbon, sheet, coil

3) About us:

We can also design and manufacture according to your request. Shanghai Tankii Alloy Material Co., Ltd. is specialized in production of Ni-Cr Alloy, Cu-Ni Alloy, Fechral, thermocouple wire, pure nickel and other precision alloy materials in the form of wire, strip, rod, bar and plate.

4) Alloy character:

Ferritic alloys allow to reach process temperatures of 2192 to 2282F,
Corresponding to a resistance temperature of 2372F. All ferritic alloys have approximatively the same basis composition: 20 to 25 % of chromium, 4.5 to 6 % of aluminium, balance being iron. Some of them contain in addition rare earth, as yttrium or silicium. Those alloys having a ferritic structure, we observe, after a maintenance at high operating temperature, an important growth of the grain and a precipitation of chromium carbides at the grain joints level. This induces an increased embrittlement of the resistance, especially when it is come again at ambient temperature.

Specification:

Alloy Type	Diameter	Resistivity	Tensile	Elongation (%)	Bending	Max. Continuous	Working Life
	(mm)	(μΩm)(20°C)	Strength		Times	Service	(hours)
	(mm)	(μΩm)(20°C)	(N/mm²)			Temperature (°C)	(hours)
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	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