Dia 0.25mm Alumel Thermocouple Alloy Cable/Wire 500 Degree Fiberglass
|FOB Price:||US $0.59-1.5 / Meter|
|Min. Order:||100 Meters|
|Min. Order||FOB Price|
|100 Meters||US $0.59-1.5/ Meter|
|Production Capacity:||500000meters Per Month|
|Payment Terms:||L/C, T/T, D/P, Western Union, Paypal, Money Gram|
- Model NO.: K-HP-5122
- Conductor Type: Solid
- Conductor Material: Alumel
- Insulation Material: Fiberglass
- Range of Application: Machinery,Thermocouple,Electricity
- Brand: Ohmalloy
- Transport Package: 100m/Spool, 305m/Spool, 1000FT/Spool, 1000m/Spool
- Origin: China
- Type: Insulated
- Application: Thermocouple Wires
- Sheath Material: Fiber Glass
- Material Shape: Round Wire
- Certification: ISO9001, ANSI
- Trademark: OHMALLOY
- Specification: 0.25mmx1
- HS Code: 9025900000
Dia 0.25mm Alumel Thermocouple alloy cable/wire 500 degree fiberglass
Type K KN thermocouple cable, alumel wire, with fiberglass insulation, green color.size:0.25mm. OD:0.55mm.
Thermocouple compensation cables are thermocouple wires with insulation covers which connect the thermocouple and the measuring equipment, to compensate the error caused by the temperature variation between them.
Now OHMALLOY have all processing matching for braiding, extruding, wrapping, varnishing.... So we can make all cable with all insulation such as PVC, PTFE, Silicone rubber, fiberglass,
The MOQ for fiberglass insulated wire can be any length, even 5 meters is workable.
For the insulation such as PVC, TEFLON, we can supply 500meters as MOQ. The cables can help many customers on trial stage and test. Based on the different standard of different country, we can produce according each customer's requirement.
The applications of thermocouple compensation cable:
These kind of cables are mainly used in the connection between thermocouple and temperature measure devices, such like power industry, chemical industry, petroleum industry, etc.
Properties of Alumel:
|Temperature coefficient||0.00032 K−1|
|Electrical resistivity||0.294 µΩ m|
|Elongation at break||<44%|
|Thermal conductivity||30 W/m/K|
|Tensile strength||620-780 MPa|
Style of supply