Pure nickel wire

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

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.

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.

The Mineral insulated heating cable are combined with heating conductors ,Mgo powder insulated and sheath material as a compact entirety. It has excellent mechanical strength and corrosion resistance.

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.

The Double Wall Mineral Insulated Thermocouple Cable consists of an internal thermocouple wire and an external double-walled protection tube. This design makes the thermocouple highly flexible while maintaining excellent vibration resistance and high pressure resistance.

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.

Diaphragm Differential Pressure Gauges use two separate diaphragms to sense pressure on the high-pressure side and the low-pressure side, respectively. When there's a pressure difference between the two sides, the diaphragms deform. This deformation is converted by a mechanical transmission mechanism into movement of the pointer, visually displaying the differential pressure on the dial.