Thermo Couples & Sensors
Showing 49–60 of 88 results
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JMC – Silicon Nitride (Si3N4)
Quick ViewSilicon Nitride (Si3N4) thermocouple protection tube material is a good choice for thermocouple protection tubes, riser tubes, as well as for a whole range of other products with high thermal conductivity, high strength, and good thermal shock resistance.
Silicon nitride provides all these material properties. The material has such high strength that the wall thickness of the thermocouple protection tubes can be minimized. This is essential to detect even tiny temperature differences and permit an effective automatic control loop as precise and reliable temperature measurement is a critical requirement in all processes.
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K Type Thermocouple With Head
LKR.7,250.00Quick ViewK Type Thermocouple With Head
6 x 150 mm
Max Temp: 400 °C
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K Type Thermocouple With Head 6 x 300 mm
LKR.14,500.00Quick ViewK Type Thermocouple With Head
6 x 300 mm
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Mineral Insulated (MI) Thermocouple & RTD Cables
Quick ViewMineral insulated cable is ideally suited to solve a wide variety of problem applications. The outer sheath is made from SUS316, Inconel 600 & Copper in a wide range of diameters, containing single or multiple solid conductors. Easily formed or bent, it can accommodate virtually any configuration. The outer sheath protects the thermocouple from oxidation and hostile environments, and the mineral insulation provides excellent high-temperature dielectric strength.
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MTC Haldenwanger – Absent 99, 7 Insulator
Quick ViewThe best high-temperature ceramic material for thermocouple insulation is with 99,7% Al2O3 (the difference is mainly MgO and SiO2).
- Type C 799 according to DIN EN 60672
- Refractoriness up to 1700 °C
- Good thermal shock resistance due to high thermal conductivity
- High mechanical strength
- High electrical resistivity
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MTC Haldenwanger – Alsint 99, 7
Quick ViewBest, high temperature, ceramic material for kiln construction with 99,7% Al2O3 (the difference is mainly MgO and SiO2).
- Type C 799 according to DIN EN 60672
- Refractoriness up to 1700 °C
- Good thermal shock resistance due to high thermal conductivity
- High mechanical strength
- High electrical resistivity
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MTC Haldenwanger – MGO Thermocouple Insulator
Quick ViewThe magnesium oxide insulator is used for the cartridge heater, the sheathed heater, and the glow plug because the magnesium oxide is superior in the electric insulation characteristics (1014Ω) and the heat conductance (60W・m-1・K-1).
The magnesium oxide insulator is used as an insulated core that wraps an exothermic wire and as a guide insulator that guides a metal wire. We can produce the magnesium oxide insulator of various purities and various densities (=strength). In addition, we can produce the high purity product and various shape and the size (outside diameter, hole diameter, pitch, and length). Therefore, if our insulator is used, it becomes easy to produce the heater.
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MTC Haldenwanger – Pythagoras
Quick ViewMost economical, Mullite material for kiln components.
- Type 610 according to DIN VDE 0335
- Very good chemical resistance against gases free of fluorine
- For kiln working under normal conditions Pythagoras has good thermal shock resistance and good mechanical strength.
- Pythagoras is being used as impervious protection sheaths and insulators for temperature measurement.
- Application temperatures up to 1400 °C
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Pipe Welded Thermowell With Flange
Quick ViewWidely used as pipe protective tubes for thermocouples and RTD sensors.
Features
- Process flanges according to JIS standard, DIN standard, ANSI standard.
- Instrument threads (female thread): G1/2″, M20x1.5, 1/2″NPT or other
- Immersion lengths: from 50 mm to 2500 mm (according to customer’s specification)
- Maximal process pressure and temperature depends on thermowell dimension and its mater
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Pipe Welded Thermowell With Threaded
Quick ViewWidely used as pipe protective tubes for thermocouples and RTD sensors.
Features
- Process flanges according to G1/4″, G3/8″, G1/2″ or other
- Instrument threads (female thread): G1/2″, M20x1.5, 1/2″NPT or other
- Immersion lengths: from 50 mm to 2500 mm (according to customer’s specification)
- Maximal process pressure and temperature depends on thermowell dimension and its material