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Resistance Heating FeCrAl Alloy Resistohm 135 Ribbon Kanthal D Alfero 901

Resistance Heating FeCrAl Alloy Resistohm 135 Ribbon Kanthal D Alfero 901

  • Resistance Heating FeCrAl Alloy Resistohm 135 Ribbon Kanthal D Alfero 901
Resistance Heating FeCrAl Alloy Resistohm 135 Ribbon Kanthal D Alfero 901
Product Details:
Place of Origin: China
Brand Name: TANKII
Certification: ISO9001
Model Number: 0Cr23Al5
Payment & Shipping Terms:
Minimum Order Quantity: 20kg
Price: negotiation
Packaging Details: On Spool,In Coil
Delivery Time: 5-10 days
Payment Terms: L/C, T/T, Western Union
Supply Ability: 20, 000kg/month
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Detailed Product Description
Application: Heating, Electric Oven, Toaster And Furnace Conductor Material:: Kanthal Resistant Wire
Shape: Round Wire, Ribbon And Coil Etc Executive Standard: GB/T 1234-95 For Iron Chromium Aluminum
Working Temperature:: 1350 Degree C Maximum Conductor Type: Soild
High Light:

electrical heating wire

,

high temperature wire

Electrical Resistance Heating Wire Fe-Cr-Al Kanthal D/Resistohm 135/FeCrAl 135/Alloy 815/Alferon 901/Alchrome DK/Stablohm 812

 

0Cr23Al5

General Information

 

Resistance wire is a type of high resistance electrical wire. The wire resists the flow of electricity, and converts the electrical energy into heat.

 

Application for resistance wire includes resistors, heating elements, electric heaters, electric ovens, toasters, and many more.

 

Nichrome, a non-magnetic alloy of nickel and chromium, is commonly used to make resistance wire because it has a high resistivity and resistance to oxidation at high temperatures. When used as a heating element, resistance wire is usually wound into coils. One difficulty in using nichrome wire is that common electrical solder will not stick to it, so the connections to the electrical power must be made using other methods such as crimp connectors or screw terminals. 

 

FeCrAl, a family of iron-chromium-aluminum alloys (Kanthal APM, A-1, D and AF etc.) used in a wide range of resistance and high-temperature applications is also used in the form of resistance wires.

 

Resistohm 135  

 

OCr23AL5 also known as Alchrome D,alloy 815,Resistohm 135, Stablohm 812,  Alohrome DK, Alferon 901, Alloy k, Aluchrom Y, Gilphy 135

 

 1.Chemical composition

 

 

Ni

Cr

Fe

Cu

Others

%

-

20

Bal.

-

Al: 4.5, ++

 

 

Physical properties

 

- Resistivity (Ωmm²/m)                                                  : 1.35

- Temperature coefficient (K x 10- 6/°C)                    : 70

   from 20 to 1000 °C

- Thermal conductivity at 120 °C (Wm- 1° C-1)         : 16.50

- Coefficient of linear expansion (coeff. 10-6/°C)      : 14 

   from 20 to 1000 °C

- Density (g/cm3)                                                             : 7.25

- Creeping point in

                                        - at 800 °C                                  : 6

                                        - at 1 000°C                                : 1

 

- Melting point (°C)                                                           : 1 500

- Maximal operating temperature (°C)                          : 1 200

 

Standard mechanical properties 


- Tensile Strength (daN/mm²)                                        : 75

- Yield Strength (daN/mm²)                                             : 55

- Elongation (A% on 100 mm)                                       : ≥18

- Hardness (HV)                                                               : 230        

 

 

3. Size

 

Wire: 0.018mm-10mm
Ribbon: 0.05*0.2mm-2.0*6.0mm
Strip: 0.5*5.0mm-5.0*250mm
Bar: 10-100mm
    

 

4. Typical Applications

 

Resistohm 135 is a ferritic alloy of the FeCrAl family, which can be used as heating element of resistance up to 1200°C.

   

Resistohm 135 must be used in a dry environment in order to avoid rust because this is not a stainless alloy.

Elements realised in Resistohm 135 have an excellent life time in a sulphurous environment, and particularly when atmosphere is also oxidizing.


Resistohm 135 is normally used in top cookers with ceramics, pottery furnaces elements, and tubular elements. 
Because of its resistance to carbonaceous atmospheres, Resistohm 135 is chosen for the production of cigarette lighters and fuel burners elements.

 

FAQ

 

Q1. What kind of materials (symbols) are used for electical heating wires?

 

A. Ni-Cr series alloys and Fe-Cr-Al series alloys are mainly used.

 

Q2. What is the advantage or disadvantage depending on the materials?

 

A. We will briefly show you them in Table 1

 

Table 1

 

 

Series

Advantages

Diadvantages

Ni-Cr series alloys

Good resistant to oxidation 

at high temperature in air.

Durable strength at high

Temperature.

Good weldability.

Low resistivity (compared to Fe-Cr-Al series).

Poor resistant to sulphuric gases or

 substances.

Possibility of green rot decay.

Fe-Cr-Al series alloys

High resistivity

Good resistant to oxidation

 at high temperature in air.

Low strength at high temperature
(compared to Ni-Cr series)

Poor resistant to corrosion at room temperature

 in air.

 

 

Resistance Heating FeCrAl Alloy Resistohm 135 Ribbon Kanthal D Alfero 901 0Resistance Heating FeCrAl Alloy Resistohm 135 Ribbon Kanthal D Alfero 901 1

Resistance Heating FeCrAl Alloy Resistohm 135 Ribbon Kanthal D Alfero 901 2Resistance Heating FeCrAl Alloy Resistohm 135 Ribbon Kanthal D Alfero 901 3Resistance Heating FeCrAl Alloy Resistohm 135 Ribbon Kanthal D Alfero 901 4

 

 

 

 

 

 

 

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