Nickel chrome wire

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.

Mineral insulated thermocouple cable is used to insulate thermocouple wires from one another and from the metal sheath that surrounds them. Mineral insulated thermocouple cable has two (or four when duplex) thermocouple wires running down the middle of the tube. The tube is then filled with magnesium oxide powder and compacted to ensure the wires are properly insulated and separated. Mineral insulated thermocouple cable helps to protect the thermocouple wire from corrosion and electrical interference.

The Stainless Steel Industrial Pressure Gauge consists of a pressure-guiding system (including connectors, spring tube, etc.), a gear transmission mechanism, an indicating device, and a housing. All components are made of stainless steel. When the spring tube is subjected to the pressure of the measured medium, its end undergoes corresponding elastic deformation, which is amplified by the gear transmission mechanism and displayed on the dial by the indicating device. The Stainless Steel Industrial Pressure Gauge's housing is sealed, effectively protecting the internal components from environmental influences and contaminants. Furthermore, the oil filling inside the housing provides resistance to pressure fluctuations of the measured medium and severe vibrations in the operating environment, ensuring both corrosion resistance and shock resistance.

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 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!

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!

Type D thermocouple wire (WRe3-WRe25) is an ultra-high temperature measurement material designed for ultra-high temperature, strong corrosion, and high radiation environments (0~2300℃). It is widely used in cutting-edge fields such as nuclear energy, aerospace, and superconducting research. As China's leading Type D thermocouple alloy wire manufacturer, we always focus on providing high-performance temperature measurement solutions.

Semi-finished thermocouples are intermediate components that have completed core processing and possess specific functional modules, but have not yet been assembled into end-use temperature sensors. They are the core substrate in the thermocouple industry chain, providing temperature sensing modules that can be quickly integrated.