Thermocouple Mineral Insualted Wire Type J K

China Thermocouple Mineral Insualted Wire Type J K, Find details about China Mineral Insulated Cable, Thermocouple from Thermocouple Mineral Insualted Wire Type J K

Model NO.
SL-MIC007
Material Shape
Resistance+MGO
Range of Application
Industrial
Certification
ISO9001
Transport Package
in Roll
Specification
From 0.5mm to 12.7mm or customized
Origin
China
HS Code
9025900090
Model NO.
SL-MIC007
Material Shape
Resistance+MGO
Range of Application
Industrial
Certification
ISO9001
Transport Package
in Roll
Specification
From 0.5mm to 12.7mm or customized
Origin
China
HS Code
9025900090
Type J K Mineral Insulated Thermocouple Cable
Mineral insulated cable from Shenglong is ideally suited to solve many difficult applications. The mineral insulation available provides excellent high temperature dielectric strength to ensure signals are carried faithfully to the instrumentation or controls.The outer sheath can be made using any malleable metal in a wide range of diameters containing single or multiple wires. Easily formed or bent, it can accommodate virtually any configuration. The outer sheath protects the thermocouple or thermocouple extension wires from oxidation and hostile environments that quickly destroy unprotected wire. Available insulation provides excellent high temperature dielectric strength to ensure that signals are transmitted to instrumentation or controls.
Feature: 
1). Mineral insulated cables are the industry standard, proven choice for high temperature probe fabrication. 
2). Bulk MI cable is rugged, inexpensive, reliable, widely accepted by industry, and readily available in standard configurations, 
the metal sheath provides a self-armoured cable, which is mechanically robust even at small diameters. 
3). The small mass and high thermal conductivity of a properly made cable promotes rapid response of the finished thermocouple assembly. 
4). Sheath materials can be selected to offer strong resistance against corrosive environments and extremely high temperature 
effects. 
Technique parameter:
Mineral Insulated Material
 
SS304
Maximum temperature: 900°C (1650°F). Most widely used low temperature sheath material. Extensively used in food, beverage, chemical and other industries where corrosion resistance is required. Subject to damaging carbide precipitation in 482°C to 871°C (900° to 1600°F) range. Lowest cost corrosion resistant sheath material available.
 
SS321
Maximum temperature: 871°C (1600°F). Similar to 304 SS except titanium stabilized for intergranular corrosion. This alloy is designed to overcome susceptibility to carbide precipitation in the 482° to 871°C (900° to 1600°F) range. Used in aerospace and chemical applications.
 
SS316
Maximum temperature: 900°C (1650°F). Best corrosion resistance of the austenitic stainless steel grades. Good corrosion resistance in H2S. Widely used in the food and chemical industry. Subject to damaging carbide precipitation in 482° to 871°C (900° to 1600°F) range.
 
SS310
Maximum temperature: 1150°C (2100°F). Mechanical and corrosion resistance, similar to but better than 304 SS. Very good heat resistance. This alloy contains 25% Cr, 20% Ni. Not as ductile as 304 SS.
 
Inconel 600
Maximum temperature: 1177°C (2150°F) Continuous; 1260°C (2300°F) Intermittent. Similar to Alloy 600 with the addition of aluminum for outstanding oxidation resistance. Designed for high temperature corrosion resistance. This material is good in carburizing environments, and has good creep rupture strength. Do not use in vacuum furnaces! Susceptible to intergranular attack by prolonged heating in 538° to 760°C (1000° to 1400°F) temperature range.
 
Chemical Composition of Stainless Steel Sheath
Sheath MaterialChemical CompositionMax. Temp. In AirMelting Temp.
CSiMnPSCrNiOthers
SS304≤0.07≤1.00≤2.00≤0.035≤0.0317-198-11-900ºC1405ºC
SS321≤0.12≤1.00≤2.00≤0.035≤0.0317-198-115(C%-0.02)~0.08870ºC1400ºC
SS316≤0.08≤1.00≤2.00≤0.035≤0.0316-1911-14Mo: 1.8-2.5925ºC1370ºC
SS310≤0.08≤1.00≤2.00≤0.035≤0.0324-2619-22Ti: 5C%-0.071090ºC1405ºC
INC600≤0.15≤0.50≤1.00≤0.030≤0.01514-17>72Fe: 6-10, Cu: <01090ºC1400ºC
 
Sheath Specification
Sheath materialSheath OD (mm)Wall Thickness (mm)Wire Dia. (mm)Coil Length(m)
SS304
SS321
SS316
SS310
INC600
0.50.05-0.100.08-0.12200
1.00.10-0.200.15-0.20200
1.50.15-0.250.23-0.30200
1.60.16-0.260.26-0.36200
2.00.20-0.350.30-0.50100
2.40.24-0.360.36-0.41100
3.00.30-0.480.45-0.60100
3.20.32-0.580.48-0.68100
4.00.40-0.620.60-0.7070
4.50.45-0.680.68-0.7770
4.80.48-0.830.72-0.8570
6.00.60-1.080.90-1.1050
6.40.64-1.150.92-1.1240
8.00.80-1.441.20-1.4030
9.50.95-1.431.43-1.6220
10.01.00-1.501.50-1.7020
10.81.08-1.621.62-1.8420
12.71.27-1.901.91-2.0510
 
Calibration Tolerance
CalibrationTolerance
Special Limits (Grade I)Standard Limits (Grade II)Temperature Range (ºC)
K (Chromel vs Alumel)1.5°C or 0.4%t2.5°C or 0.75%t-40~1000
J (Iron vs Constantan)-40~750
E (Chromel vs Constantan)-40~800
T (Copper vs Constantan)1°C or 0.75%t-40~350
 
Order Code:
CalibrationSheath OD (mm)Sheath Material
Type KType JType EType T
MIC-K-4.5-SS304MIC-J-4.5-SS304MIC-E-4.5-SS304MIC-T-4.5-SS3044.5SS304
MIC-K-4.5-SS321MIC-J-4.5-SS321MIC-E-4.5-SS321MIC-T-4.5-SS3214.5SS321
MIC-K-4.5-SS316MIC-J-4.5-SS316MIC-E-4.5-SS316MIC-T-4.5-SS3164.5SS316
MIC-K-4.5-SS310MIC-J-4.5-SS310MIC-E-4.5-SS310MIC-T-4.5-SS3104.5SS310
MIC-K-4.5-INC600MIC-J-4.5-INC600MIC-E-4.5-INC600MIC-T-4.5-INC6004.5INC600
 
Order Example:
1. MIC-K-4.5-SS316, it means you order MI thermocouple cable is Simplex, type K, sheath dia: 4.5mm, sheath material: SS316
2. If you order MI thermocouple cable is Duplex, please change "MIC" to "MICD", it means "MICD-K-4.5-SS316"
3. If you order MI thermocouple cable is Triple, please change "MIC" to "MICT", it means "MICT-K-4.5-SS316"

Thermocouple Mineral Insualted Wire Type J K
Thermocouple Mineral Insualted Wire Type J K
Thermocouple Mineral Insualted Wire Type J K