Mineral insulated thermocouples

Food safe materials and Water vapor-tight and Shock-resistant Construction make it ideal for use in cooking, cooking and baking processes, for various applications in the Food industry as well as in Laboratory technology and research facilities.

Request a Quote +41 62 887 23 33

Mineral insulated thermocouples

Mineral insulated thermocouples consist of a metal sheath and, depending on the version, 2 to 6 inner wires. The insulation of the inner wires is made of high-density magnesium oxide Mg0.
Due to the minimal Bend radius (approx. 5 x outer diameter), Mineral insulated thermocouples can be fitted into hard-to-reach places. Depending on the Type, the application range goes up to 1200°C.

Common Types

• Type K (NiCr-Ni)
• Type J (Fe-CuNi)
• Type L (Fe-CuNi)

Areas of application

• Chemical plants
• Food industry
• Engine construction
• Furnace and melting technology
• Test benches
• Mechanical engineering (e.g. oil, bearing, exhaust gas temperatures)
• Injection molding technology (mold and hot runner temperatures
• Industrial process control (e.g. chemical plants, reactors, pipelines)

Food industry

Precise heating and measuring technology ensures stable processes, high quality and efficient handling in the food industry.

Mechanical & apparatus engineering

In mechanical and apparatus engineering, targeted heating and measuring technologies ensure uniform heat, stable processes and efficient production.

Plastics industry

In plastics processing, heaters and sensors ensure precise temperatures and pressure for stable processes and high quality.

Chemistry & Pharma

Precise temperature and pressure control is crucial in R&D for reliable, reproducible results. High-quality heating, measurement and control technology ensures…

Research & Development

Precise temperature and pressure control is crucial in R&D for reliable, reproducible results. High-quality heating, measurement and control technology ensures…

Article no.	Thermocouples	Mantel-DN / Einbaulänge	Ausgleichsleitung	Temperaturbereich	Stecker
HE 310K1.5-2.4816-250.5	1 x NiCr-Ni, Type K insulated	Ø 1,5 x 250 mm aus Inconel	500 mm Ausgleichsleitung PTFE (bis 260°C)	-40°C bis +1’000°C	ohne
HE 310-K-1.5-2.4816-150	1 x NiCr-Ni, Type K insulated	Ø 1,5 x 150 mm aus Inconel	1’000 mm Ausgleichsleitung PTFE (bis 260°C)	-40°C bis +1’000°C	ohne
HE 310K1.5-2.4816-250.5	1 x NiCr-Ni, Type K insulated	Ø 1,5 x 250 mm aus Inconel	500 mm Ausgleichsleitung PTFE (bis 260°C)	-40°C bis +1’000°C	ohne
HE 310-K-1-2.4816-250.1M	1 x NiCr-Ni, Type K insulated	Ø 1,0 x 250 mm aus Inconel	1’000 mm Ausgleichsleitung PTFE (bis 260°C)	-40°C bis +1’000°C	ohne
HE 310-K-1-2.4816-250.2M	1xNiCr-Ni, Type K insulated	Ø 1,0 x 250 mm aus Inconel	2’000 mm Ausgleichsleitung PTFE (bis 260°C)	-40°C bis +1’000°C	ohne
HE 310-K-1-2.4816-500	1 x NiCr-Ni, Type K insulated	Ø 1,0 x 500 mm aus Inconel	1’000 mm Ausgleichsleitung PTFE (bis 260°C)	-40°C bis +1’000°C	ohne
HE 310-K-1-2.4816-80.1M	1 x NiCr-Ni, Type K insulated	Ø 1,0 x 80 mm aus Inconel	1’000 mm Ausgleichsleitung PTFE (bis 260°C)	-40°C bis +1’000°C	ohne
HE 310-K-1-2.4816-80.1M.S	1 x NiCr-Ni, Type K insulated	Ø 1,0 x 80 mm aus Inconel	1’000 mm Ausgleichsleitung PTFE (bis 260°C)	-40°C bis +1’000°C	mit Mini-Thermoelement-Stecker Typ K; grün