1800c Ceramic Tube High Temperature Sensor s R B Type Platinum Rhodium Thermocouple Sensor

Technical specifications

Customization guide

Adjustable parameters include probe length, material composition (e.g., ceramic vs. metal sheath), and connection types (threaded/flanged). Specify requirements for:

• Extreme environments (e.g., higher corrosion resistance)
• Precision needs (e.g., ±0.5% accuracy for S-type)

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With its ceramic tube and platinum-rhodium alloy design, this sensor ensures stable measurements in furnaces and high-temperature reactors. Whether monitoring kilns, heat treatment systems, or chemical processes, it delivers reliability and durability.

Choose your model

Supplier's note

1. Technical Breakthroughs:

   • Ceramic Tube Insulation: Enables stable operation at 1800°C, 20% faster heat dissipation than traditional models.
   • Platinum-Rhodium Alloy (R/B/S Types): Achieves ±0.5% accuracy in extreme conditions, outperforming industry-standard ±2% tolerance.
   • Multi-Certification Compliance: Full EPR and RoHS certifications reduce regulatory risks for EU-based manufacturers.

2. Optimal Version Selection:

   • Base Model: Ideal for standard industrial processes (e.g., food processing ovens) requiring up to 1200°C.
   • Advanced Model: Suitable for mid-range applications like metal forging (1600°C) where faster response times (3 sec) improve efficiency.
   • Pro Model: Required for high-temperature environments (e.g., ceramic kilns, aerospace testing) needing peak accuracy and durability.

With the Pro Model’s 1800°C capability, you can safely monitor furnace operations that traditional sensors cannot withstand. Pair its platinum-rhodium alloy with the ceramic tube for zero drift in prolonged use, ensuring consistent quality in high-stakes manufacturing.