Semi finished thermocouple

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.

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.

Bimetallic thermometers are constructed by welding two metal sheets with different linear expansion coefficients based on the thermal expansion characteristics of a bimetallic strip. When the temperature changes, the bimetallic strip bends due to the change in expansion coefficient, causing the pointer to indicate the corresponding temperature on the arrow.

The Radial Bimetallic thermometer's design places the dial parallel to the protective tube, allowing for close-up readings and is particularly suitable for installations with limited space. Our Radial Bimetallic thermometer incorporates meticulous craftsmanship and innovative technology, provide a maintenance-free, highly reliable mechanical temperature measurement solution designed to withstand challenging environments.

Mineral insulated compensating Cables have inner conductors of R/S Type (Cu- CuNi) and B Type (Cu-Cu) Compensating conductor with copper sheath.

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.

As the world's leading supplier of Type S mineral insulated compensating cable, SICC provides cutting-edge solutions for industries that require precise temperature measurement in extreme environments. We focus on B2B partnerships, and our mineral insulated compensating cables combine advanced materials, strict quality control and customizable designs to meet the stringent standards of global buyers. No matter which country you are in or what diverse needs you have, we believe that our high-performanceType S mineral insulated compensating cable and excellent services will be your best choice.

Mineral insulated copper cable(MICC) is combined annealed copper as conductor, Mgo powder as insulation, and annealed copper tube as sheath, it is widely applicated in the power industry.