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!

Type R mineral insulated compensating cable is the universal connecting cable for connecting platinum-rhodium (R-type) thermocouples to control systems. As a manufacturer dedicated to serving B2B customers, we supply approximately 50,000 meters of Type R mineral insulated compensating cable each year for use in projects developed by customers from different countries. The Type R mineral insulated(MI) compensating cable we design provide unparalleled reliability in extreme temperatures, corrosive environments and critical industrial 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.

Type E Bare thermocouple wire develops the highest source voltage(EMF) per℃ for measuring tiny temperature shift,it is suitable in oxidizing or inert gas atmospheres up to 900℃(ASTM E230:870℃),  The composition of positive(EP) is Ni90Cr10, negative(EN) is Cu55Ni45 for type E thermocouple wire material. SICC is your one-stop solution providing Type E Bare thermocouple wire that will meet your needs, Contact us now for more inquiries!

As a leading semi-finished MI (mineral insulated) thermocouple manufacturer, we are committed to providing high-quality, precision-engineered components to improve the accuracy and reliability of temperature sensing applications. Our semi-finished MI thermocouples combine advanced technology with superior craftsmanship to provide unparalleled performance in a variety of industrial environments.

Shock Resistant Pressure Gauge thanks to internal damping oil filling and a matching buffer device, offer excellent shock resistance. They are suitable for applications where the measured medium experiences strong pressure fluctuations or shocks, where sudden unloading occurs frequently during production processes, and where there is high ambient vibration. They can measure the average value of pulsating pressures of gases and liquids, thus overcoming damage to the instrument from strong pressure fluctuations and environmental vibration, ensuring accurate readings.