The high-temperature resistant sensor (1000 ℃+) is designed for ultra extreme industrial environments, using platinum rhodium thermocouple (S/R type) or ceramic encapsulated platinum resistance technology, covering a wide range of 1000-1800 ℃. By using alumina ceramic insulation, high-temperature alloy sheath (Inconel 600), and laser sealing technology, the pain points of thermocouple oxidation, material creep, and thermal shock rupture are solved, ensuring long-term stable operation in scenarios such as steel temperature measurement, glass melting furnaces, and aircraft engines.
Core technology support
Anti attenuation design: Special alloy thermoelectric electrodes (such as S-type PtRh10 Pt) reduce high-temperature volatilization, with an annual drift rate of less than 0.1% at 1600 ℃;
Mechanical protection: Composite ceramic sleeve (99% Al ₂ O ∝) is resistant to steel slag erosion and has a Mohs hardness of ≥ 9;
Quick response: The micro armor structure (Φ 1.5mm) achieves t90<3 seconds, accurately capturing metal quenching temperature transients;
Intelligent compensation: Built in cold end compensation module to eliminate wire errors in high-temperature environments.
Key application scenarios
Steel metallurgy: The continuous temperature probe (1600 ℃) for molten steel monitors the status inside the furnace in real time, reducing the risk of overburning;
Ceramic sintering: roller kiln temperature sensor accurately controls 1320 ℃ glaze crystallization;
Aerospace: Explosion proof thermocouple for temperature monitoring of turbine blades, certified by RTCA DO-160G aviation certification;
New energy materials: monitoring of ultra-high temperature processes in lithium battery sintering furnaces and hydrogen reactors.
Selection and Service
Provide full solutions for K-type/N-type/S-type thermocouples and ceramic platinum resistors, supporting customized sheath structures (tapered threads/flange fixation/spring compression); Explosion proof certification (Ex ia IIC T4) for chemical cracking furnaces;
Wireless transmission upgrade: LoRa high-temperature data repeater to avoid wiring melting.
Comes with a high-temperature calibration report (compliant with ASTM E230 standard), with a 48 hour fast delivery and a 2-year extended warranty.
High temperature resistant sensors (1000 ℃+) are the safety cornerstone of ultra extreme industrial processes. Whether it’s replacing imported brands, renovating old kilns, or breaking through new material processes, we provide a complete solution for precise monitoring of over 1000 degrees.
