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China factory - Huona (Shanghai) New Material Co., Ltd.

Huona (Shanghai) New Material Co., Ltd.

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  3. Huona S-Type Thermocouple Sensor High-Temperature Industrial Measurement And
China Huona S-Type Thermocouple Sensor High-Temperature Industrial Measurement And
China Huona S-Type Thermocouple Sensor High-Temperature Industrial Measurement And

  1. China Huona S-Type Thermocouple Sensor High-Temperature Industrial Measurement And

Huona S-Type Thermocouple Sensor High-Temperature Industrial Measurement And

  1. MOQ： 1 pcs
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Payment Terms L/C,T/T,Western Union,MoneyGram
Supply Ability 50,0000 units/month
Delivery Time 5-21 days
Packaging Details Carton/Wooden Case
Sensor Type S-type (Pt10Rh/Pt)
Temperature Range 0-1300℃ (continuous); 0-1400℃ (short-term ≤30min)
Measurement Accuracy Class 1: ±1.5℃ (0-600℃); ±0.25% t (600-1300℃)
Total Length 250mm (Customized)
Ceramic Tube Specification Outer diameter 7-8mm
Conductor Wire Diameter 0.2mm (tolerance ±0.01mm)
Thermoelectric Potential (1000℃) 10.591mV
Response Time (τ₅₀) ≤2s (in air at 800℃)
Brand Name Huona
Model Number Type S Thermocouple Sensor
Certification ISO9001
Place of Origin Shanghai

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  1. Product Details
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Product Specification

Payment Terms L/C,T/T,Western Union,MoneyGram Supply Ability 50,0000 units/month
Delivery Time 5-21 days Packaging Details Carton/Wooden Case
Sensor Type S-type (Pt10Rh/Pt) Temperature Range 0-1300℃ (continuous); 0-1400℃ (short-term ≤30min)
Measurement Accuracy Class 1: ±1.5℃ (0-600℃); ±0.25% t (600-1300℃) Total Length 250mm (Customized)
Ceramic Tube Specification Outer diameter 7-8mm Conductor Wire Diameter 0.2mm (tolerance ±0.01mm)
Thermoelectric Potential (1000℃) 10.591mV Response Time (τ₅₀) ≤2s (in air at 800℃)
Brand Name Huona Model Number Type S Thermocouple Sensor
Certification ISO9001 Place of Origin Shanghai
High Light S-Type thermocouple sensor ，high-temperature industrial thermocouple ，precision sensing thermocouple

Product Description

S-Type Thermocouple Sensor (0-1300℃, 250mm Length)

Product Overview

The S-type thermocouple sensor (platinum-rhodium 10%-platinum, Pt10Rh/Pt) from Huona New Material is a high-precision high-temperature measuring component engineered for extreme thermal environments. With a tailored design of 250mm total length, 7-8mm outer diameter ceramic protection tube, and 0.2mm diameter conductor wire, this sensor achieves accurate temperature detection across 0-1300℃ via the Seebeck effect of noble metal alloys. It integrates excellent high-temperature stability, low measurement drift, and robust structural durability—making it the preferred choice for high-temperature processes such as industrial furnace temperature monitoring, heat treatment thermal profiling, and electronic component high-temperature reliability testing.

Standard Designations & Structural Foundation

  • Sensor Grade: S-type (IEC 60584-1 Class 1; equivalent to ANSI/ASTM E230 Type S) – noble metal thermocouple with Pt10Rh (positive electrode) and pure Pt (negative electrode) conductors
  • Core Specifications: Temperature range 0-1300℃ (short-term use up to 1400℃ for ≤30min); total length 250mm (measuring end length 50mm, lead wire length 200mm); ceramic protection tube outer diameter 7-8mm (wall thickness 1.2-1.5mm); conductor wire diameter 0.2mm (tolerance ±0.01mm)
  • Compliant Standards: IEC 60584-1 (thermocouple accuracy class), GB/T 1672-1997 (platinum-rhodium thermocouples), ASTM E230-19 (standard for noble metal thermocouples)
  • Manufacturer: Huona New Material, certified to ISO 9001 and ISO 14001, with in-house noble metal alloy smelting and sensor calibration capabilities

Key Core Advantages (Tailored for 0-1300℃ & Structural Specifications)

1. High-Temperature Measurement Precision & Stability

Adopts 99.99% high-purity Pt10Rh/Pt conductor wire (0.2mm diameter) with uniform alloy composition—measurement accuracy reaches Class 1 (error ≤±1.5℃ at 0-600℃, ≤±0.25% t at 600-1300℃, t=measured temperature). After 1000 hours of continuous operation at 1200℃, the thermoelectric potential drift is <3μV (equivalent to temperature error <0.4℃)—far superior to K-type thermocouples (drift >10μV at 800℃) and suitable for long-term high-temperature monitoring.

2. Optimized Structural Durability

  • Ceramic Protection Tube: 7-8mm outer diameter high-alumina ceramic (Al₂O₃ content ≥95%) with high-temperature resistance up to 1600℃, compressive strength ≥150MPa—effectively isolating molten metal, furnace dust, and corrosive gases while ensuring heat transfer efficiency (thermal conductivity ≥20 W/(m·K) at 800℃).
  • Conductor & Connection Design: 0.2mm diameter conductor balances flexibility and high-temperature strength (tensile strength ≥350MPa at 25℃, ≥150MPa at 1300℃); the measuring end adopts spot welding (weld spot diameter 0.3-0.4mm) to ensure stable thermoelectric potential output without contact resistance.
  • Total Length Matching: 250mm total length (50mm measuring end + 200mm lead wire) is optimized for industrial furnace side-wall installation—avoids excessive lead wire bending while ensuring the measuring end reaches the core temperature zone.

3. Application-Adapted Reliability

The sensor has good oxidation resistance (forms dense PtO₂ protective film at high temperature) and thermal shock resistance (can withstand 500℃/min temperature change without ceramic tube cracking). The lead wire adopts high-temperature Teflon insulation (operating temperature -60℃ to 260℃) to prevent short circuits in high-temperature workshops, and the terminal is equipped with a standard M12 connector for quick connection to temperature transmitters.

Technical Specifications

Attribute
Value (Typical)
Application Significance
Sensor Type
S-type (Pt10Rh/Pt)
High-purity noble metal ensures high-temperature stability
Temperature Range
0-1300℃ (continuous); 0-1400℃ (short-term ≤30min)
Covers most industrial high-temperature processes
Measurement Accuracy
Class 1: ±1.5℃ (0-600℃); ±0.25% t (600-1300℃)
Meets precision heat treatment (e.g., automotive parts quenching) requirements
Total Length
250mm (Customized)
Optimized for furnace side-wall installation
Ceramic Tube Specification
Outer diameter 7-8mm
Balances protection and heat transfer efficiency
Conductor Wire Diameter
0.2mm (tolerance ±0.01mm)
Ensures thermoelectric potential stability and flexibility
Thermoelectric Potential (1000℃)
10.591mV (vs 0℃ reference junction)
Complies with IEC 60584-1 standard calibration values
Response Time (τ₅₀)
≤2s (in air at 800℃)
Adapts to dynamic temperature changes in heat treatment
Service Life (1200℃ continuous)
≥1000 hours
Reduces maintenance frequency for industrial furnaces

Product Specifications

Item
Specification
Performance Advantage
Protection Tube Material
95% high-alumina ceramic
High-temperature resistance & corrosion resistance
Conductor Insulation
High-purity alumina ceramic bead (250℃ section); Teflon (room temperature section)
Prevents short circuit at high temperature
Terminal Connector
M12 waterproof connector (IP65 protection level)
Quick installation & dustproof/waterproof
Calibration Certificate
NIST-traceable calibration report (optional)
Meets metrology verification requirements
Packaging
Shockproof foam + cardboard box; single-piece packaging
Prevents ceramic tube breakage during transportation
Customization
Total length (100-1000mm); ceramic tube material (99% alumina for 1600℃); connector type (miniature connector for electronic devices)
Adapts to special installation & application needs

Typical Application Scenarios

1. Industrial High-Temperature Processes

Used for temperature monitoring in metal heat treatment furnaces (e.g., stainless steel annealing at 900-1100℃) and ceramic sintering kilns (1200-1300℃)—the 7-8mm ceramic tube resists furnace dust erosion, and Class 1 accuracy ensures consistent product quality.

2. Electronic Component Reliability Testing

Applied in high-temperature aging tests of semiconductor chips and power modules (0-1200℃)—the 0.2mm thin conductor and fast response time (≤2s) accurately capture transient temperature changes during component heating, providing data support for reliability evaluation.

3. Pressure Sensor High-Temperature Calibration

As a temperature reference in pressure sensor high-temperature calibration systems (e.g., calibrating automotive engine pressure sensors at 800-1000℃)—stable thermoelectric potential output ensures calibration accuracy of pressure sensors.

4. Laboratory High-Temperature Research

Used in material science laboratories for high-temperature phase change testing (0-1300℃)—the 250mm length is suitable for bench-top furnaces, and optional NIST calibration meets research data traceability requirements.

Quality Assurance & Technical Support

Huona New Material implements three-stage quality control for S-type thermocouple sensors:
  1. Conductor Inspection: XRF alloy composition analysis (ensures Pt10Rh content 9.5-10.5%) and four-point probe resistance testing (verifies purity).
  2. Assembly Testing: High-temperature calibration in a precision furnace (temperature accuracy ±0.1℃) and thermal shock testing (50 cycles of 25℃-1300℃).
  3. Final Verification: 24-hour continuous operation test at 1200℃ to confirm drift performance and connector waterproof testing (IP65).
Free samples (with calibration report) and on-site installation guidance are available upon request. Our technical team provides customized solutions such as sensor length optimization for special furnaces and matching guidance with temperature transmitters to ensure optimal measurement performance.

Company Details

Bronze Gleitlager

,

Bronze Sleeve Bushings

 and 

Graphite Plugged Bushings

 from Quality China Factory

  • Business Type:

    Manufacturer,Exporter

  • Year Established:

    2008

  • Total Annual:

    8000000-100000000

  • Employee Number:

    100~120

  • Ecer Certification：

    Verified Supplier

Huona (Shanghai) New Material Co., Ltd. Was established in 2008, currently have three divisions: Magnesium Division, Thermal Spray Division and Functional Material Division.Magnesium Division produces magnesium metal products. Various models of high-quality magnesium alloy plate, magnesium rods, hig... Huona (Shanghai) New Material Co., Ltd. Was established in 2008, currently have three divisions: Magnesium Division, Thermal Spray Division and Functional Material Division.Magnesium Division produces magnesium metal products. Various models of high-quality magnesium alloy plate, magnesium rods, hig...

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Get in touch with us

  • Reach Us
  • Huona (Shanghai) New Material Co., Ltd.
  • 1900 Mudanjiang Road, Baoshan District, 201999, Shanghai, China
  • https://www.nicralloy.com/

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