Pure nickel wire

Type T MI cable is suitable for temperature below 0℃ with an upper temperature limit of 350℃(ASTM E230:370℃) and can be used in oxidizing and reducing atmospheres or inert gas atmospheres.

Through continuous communication and research with customers in the precision industry and minimally invasive medical fields, we have successfully developed an MicroThermo® ultra-fine and strong rebound Elastic thermocouple probe specifically for these high-tech industries, thus achieving non-destructive and accurate temperature measurement.

RTD Sensor Probes refer to intermediate products that have not yet completed all manufacturing processes during the thermal resistor production process, but have already possessed some functions or structures.

In order to improve the response speed of thermocouples during temperature measurement, Swaged Mineral Insulated Thermocouples  are often used. This special structural design enables the thermocouple to quickly convert the change into an electrical signal when the temperature of the object being measured changes. This can meet the use of many special scenarios in different industries.

Variable-diameter thermocouples are common temperature measurement elements，its special structure can greatly improve the response time. SICC can also customized Variable-diameter thermocouples based on your detailed specifications. Thus, meeting your project or business requirements. Send us your inquiries today!

As a trusted Chinese exporter and manufacturer of precision temperature sensing solutions,SICC specialize in producing fully customizable Mineral Insulated (MI) Thermocouple Probes designed to empower global clients in manufacturing tailored thermocouples for diverse industrial applications. Our Mineral Insulated Thermocouple probes combine rugged mineral insulation with flexible design options, ensuring fast response times, exceptional durability, and compatibility with extreme environments. Ideal for industries such as metallurgy, energy, automotive, aerospace, and pharmaceuticals, our probes are engineered to meet stringent international standards while offering unmatched adaptability.

Bimetallic thermometers are based on a bimetallic strip wound into a circular, curved shape. When one end expands due to heat, it drives the pointer to rotate, and the instrument displays the temperature corresponding to the thermoelectric potential. These Bimetallic thermometers can directly measure the temperatures of liquids, steam, and gases within a range of -80°C to +500°C in various production processes.

Type C thermocouple wire is a tungsten-rhenium alloy wire, and the material composition is tungsten-rhenium 5 &tungsten-rhenium 26 (WRe5-WRe26). The melting point of tungsten-rhenium thermocouple wire is 3120-3360℃, and it can be used up to 3000℃. It is the most high-temperature resistant metal thermocouple, and it has excellent characteristics such as high thermoelectric potential, high sensitivity, high temperature stability, oxidation resistance and corrosion resistance.