Nickel chrome wire

SICC can supply Extension and Compensating bare thermocouple wire meet the standard IEC60584 and ASTM E230, The advanced melting skills combined controls the chemical composition to achieve the highest quality products , our produce base has the capacity of 900 tons annual that can meet your comprehensive requirements of tc extension wire . whatever the bright annealed or oxidized conditions,all thermocouple alloys are calibrated at our lab ,this includes the testing of EMF, chemical composition,physical and thermoelectric properties before shipment.

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!

Type J MI cable is suitable for using in vacuum, oxidizing and reducing atmospheres or inert gas atmospheres. Because of high temperature oxidizing quickly for JP, the measuring temperature range is restricted. The temperature range of Type J MI cable is 0..750°C.

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!

We use mineral insulated cable to make Thermocouple probe  and the probe can be assembly to different kinds of thermocouples. the specifications of Thermocouple probe are from DIA0.25 to 12.7mm or 0.010 to 0.500 inch with SS,Inconel sheath,etc. Here in SICC, we produce Thermocouple 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. The thermocouple probe can be applied in many industries, such as automotive probe,  medical probe, semiconductor probe. Send us your inquiries today!

Type K MI cable is the most common thermocouple cable with economic cost, it has a good resistance against oxidation and can be recommended for oxidizing and inert atmospheres. The temperature range of Type K MI cable is 0..1260°C.

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.

Bellows Pressure Gauge uses a diaphragm as a sensitive element for measuring minute pressures. It measures low and negative pressures in gases that are non-corrosive to copper alloys and non-explosive. It is widely used in cobalt furnace ventilation, gas pipelines, combustion equipment, and other similar equipment. Bellows Pressure Gauge consists of a measuring system (including connectors, diaphragm), a transmission mechanism, an indicating device, and a housing.When the pressure of the measured medium acts on the diaphragm, its free end undergoes a corresponding elastic deformation—displacement. This displacement is amplified by a lever-driven transmission mechanism, and the indicating device displays the measured pressure on the instrument dial.