Type S Thermocouple Wire (0.35mm Diameter)

Product Overview

Standard Designations & Core Material Foundation

• Thermocouple Type: Type S (PtRh10-Pt; compliant with IEC 60584-2 Class 1)
• Key Specification:
  • Diameter: 0.35mm; tolerance: ±0.01mm
  • Conductor structure: Solid single wire
  
  
• Core Material:
  • Positive (SP): PtRh10 (Platinum 90%, Rhodium 10%)
  • Negative (SN): Pure Platinum (Pt ≥99.99%)
  
  
• Compliant Standards: IEC 60584-2, ASTM E230, GB/T 4989, RoHS 2.0
• Manufacturer: Huona New Material, certified to ISO 9001 and IATF 16949

Key Core Advantages (Centered on Noble Metal & High Precision)

1. Ultra-High Temperature Stability

• Continuous Operation: Up to 1400℃, short-term up to 1600℃, suitable for extreme high-temperature industrial environments.
• Thermoelectric Stability: Stable EMF output with minimal drift under long-term high-temperature exposure, ensuring reliable measurement data.

2. High Precision & Excellent Linearity

• Class 1 Accuracy: Thermoelectric potential error ≤±1.0℃ (0–1100℃) / ±0.1% t (1100–1400℃), meeting the highest precision requirements for temperature measurement and calibration.
• Good Linearity: Consistent thermoelectric characteristics across the entire temperature range, simplifying data processing and system calibration.

3. Superior Oxidation & Corrosion Resistance

• Noble Metal Advantage: Platinum-based composition provides excellent oxidation resistance in oxidizing and inert atmospheres, preventing performance degradation in high-temperature environments.
• Low Contamination: High-purity materials ensure minimal contamination, suitable for high-purity processes such as semiconductor manufacturing and ceramic sintering.

4. Fine Diameter & Flexible Processability

• Ultra-Fine Diameter: 0.35mm diameter enables fast thermal response (τ₅₀ ≤0.5s in air at 1000℃) and installation in narrow spaces.
• High Flexibility: Good bending performance, not easy to break during winding, welding, and assembly into sensors.

5. Consistent Mechanical Properties

• Uniform Diameter: Strict tolerance control ensures consistent diameter and surface finish across batches, reducing processing variability.
• High Surface Quality: Bright, clean, oxide-free surface ensures reliable soldering and contact performance.

Technical Specifications

Product Specifications

Typical Application Scenarios

• High-Temperature Industrial Furnaces: Temperature monitoring in ceramic kilns, sintering furnaces, and metal melting furnaces (1400℃ continuous operation).
• Laboratory & Calibration: Precision temperature measurement and standard calibration in research institutes and metrology laboratories.
• Metal Heat Treatment: Temperature control in forging, annealing, and quenching processes for high-alloy steels and special metals.
• Aerospace & Defense: High-temperature sensor applications in rocket engines, hypersonic vehicles, and aerospace testing.
• Semiconductor & Advanced Manufacturing: High-purity temperature monitoring in semiconductor wafer processing and advanced material synthesis.