Automotive RTD probe

We use mineral insulated RTD cable to make RTD probe and the probe can be assembly to different kinds of RTD Temperature SensorS. the specifications of RTD probe are from DIA1.5 to 8.0mm with Nickel,Copper,Constantan,etc. Here in SICC, we produce RTD probe using the highest quality raw materials. A wide range of materials such as tube,Mgo powder,bare thermocouple wire and more are carefully sourced to make the best quality. Send us your inquiries today!

As a leading Chinese manufacturer and exporter of high-quality temperature sensing components,SICC specialize in designing and producing customizable RTD (Resistance Temperature Detector) Temperature Probes tailored to meet the diverse requirements of global clients. Our RTD Temperature Probes are engineered to integrate seamlessly into various RTD temperature sensors, ensuring accuracy, durability, and adaptability across industries such as industrial automation, HVAC, automotive, medical devices, food processing, and aerospace.

RTD MI Cable Probe is a high-precision, high-reliability temperature measurement sensor,  It adopts a special armored structure to tightly wrap the thermal resistor element in a metal casing, and has good mechanical properties, anti-interference ability and long-term stability. As a leading Chinese manufacturer of RTD MI Cable Probes, SICC delivers cutting-edge solutions engineered to meet the exacting demands of global industries. Specializing in B2B partnerships, our Mineral Insulated (MI) RTD probes combine advanced materials, rigorous quality control, and customizable designs to ensure accurate temperature measurement in critical applications。Whether you need semi-finished products or OEM/ODM services, for more information or to discuss how our RTD MI Cable Probe can benefit your project, please contact us today and send your drawings and requirements. We look forward to hearing from you!

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.

SICC is the first pioneering companies to manufacture MIMS(Mineral insulated metal sheath) cable to improve product performance and reliability. Over the decades, we’ve refined and improved that technology,as it remains the heart of our products to this day. We specialise in: •Mineral insulated thermocouple cable • Mineral insulated RTD cable • Mineral insulated heating cable • Mineral insulated copper cable

As a premier Chinese exporter and manufacturer of high-performance temperature sensing solutions, we deliver Type R Mineral Insulated (MI) Cable, meticulously engineered for ultra-high-temperature applications demanding exceptional accuracy and durability. Our Type R MI cable, featuring platinum-13% rhodium (Pt-13%Rh/Pt) conductors and magnesium oxide (MgO) insulation, are designed to operate reliably up to 1600°C (2912°F) in oxidizing or inert atmospheres. Trusted by global leaders in aerospace, metallurgy, and energy sectors, our Type R MI cable provide the precision and resilience required for mission-critical temperature measurement.

Type N thermocouple wire is suitable in the similar atmospheres with type K and the operating temperature is -200-1300℃. Its  advantage is thermoelectric stability. The composition of positive(NP) is approximately Ni84.4Cr14.2Si1.4, negative(NN) is Ni95.5Si4.4Mg0.1 for Type N thermocouple wire material. SICC can also customized Type N thermocouple wire based on your detailed specifications. Thus, meeting your project or business requirements. Send us your inquiries today!

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.