Product Description
Mineral insulated cables are designed for high-temperature applications and are used wherever there are particularly strict requirements with regard to mechanical, chemical and electrical stability.
Sheath Diameter available |
From 0.25mm to 12.7mm |
Calibration Available |
J, K, T , E , N
|
Sheath Material |
304 Stainless Steel 316 Stainless Steel 310 Stainless Steel Inconel 600 Incoloy800 |
Wire Number |
Simplex, Duplex, Triplex |
Sheath Material |
Continuous Max. Temperature |
Melting Temperature |
Application Notes |
304 |
900°C |
1400°C |
Good resistance to corrosion and oxidation |
316 |
925°C |
1370°C |
Good corrosion resistance and creep strength at elevated temperatures (Mo). Resists tendency to pit in phosphoric and aetic acids. Withstands sulphuric acid compounds. |
310S |
1100°C |
1400°C |
High temperature strength and scale resistance. Good resistance to carburising and reducing envirnoments. Withstands sulphurous gas at elevated temperatures (high Ni-Cr) |
INC600 |
1150°C |
1400°C |
High corrision resistance at elevated temperatures. High hot strength. Used in sulphur-free environments. Resists oxidising and reducing atmospheres. |
Feature:
1. Stainless Steel Sheath 304, 310, 316, 321SS
2. Inconel 600 Sheathing
3. J, K, N, T, E Wire Calibration Available
4. M.I. Cable with MgO
5. High Purity and Standard MgO
6. Inch and Metric Diameters
7. .010” upto 0.50” Diameter
8. Special Limits SLE or Standard Grade
9. Can Be Welded, Bent or Formed
10. Withstands High Temperatures and Pressures
Application:
The use of mineral insulated thermocouple cables is preferred in areas where mounting is difficult and where a high degree of flexibility is required.
The minimum bending radius is 3 times the outer diameter of the mineral insulated cable. Innovations in technology and manufacturing have
made it possible for these cables to be used increasingly frequently as a material in the manufacture of standardized thermocouples and RTDs,
in particular in industrial measuring and control technology and in automotive sensor technology.