0.5mm B Type PtRh30 -PtRh6 Thermocouple Wire For 1800C High Temperature Measurement For Metallurgical

Hot sale 0.5mm B Type PtRh30 -PtRh6 Thermocouple Wire For 1800C High Temperature Measurement for metallurgical

Product Description:

Chemical Composition

• The positive wire (BP) is a platinum-rhodium alloy containing 70% platinum and 30% rhodium, while the negative wire (BN) is a platinum-rhodium alloy with 94% platinum and 6% rhodium.

Temperature Range

• It can continuously measure temperatures in the range of 0°C to 1700°C (32°F to 3092°F) and can withstand short-term temperatures up to 1850°C (3362°F), making it suitable for high-temperature measuremen

Features:

• Product Name: Noble metal Thermocouple Bare Wire
• R Type: Pt87Rh-Pt
• Wire Dia: Above 0.05mm
• Material: Platinum Rhodium Alloy
• Thermocouple Type: S/R/B
• MOQ: 1M
• Keywords: thermocouple, S type tc wire, wire

Technical Parameters:

Applications:

1. High-temperature processing industries:
   • Glass manufacturing: In the glass production process, the temperature control is crucial for ensuring the quality of the glass. Noble metal thermocouple wires can accurately measure the high temperatures in glass melting furnaces, annealing furnaces, and other equipment to help operators adjust the production process and ensure the quality of the glass products.
   • Ceramic firing: During the ceramic firing process, different temperatures are required in different stages. Noble metal thermocouple wires can withstand the high temperatures in ceramic kilns and provide accurate temperature measurements, which is beneficial to the control of the firing process and the improvement of the quality of ceramic products.
   • Heat treatment: In the heat treatment of metals, such as quenching, tempering, and annealing, the temperature is a key factor affecting the performance of the metal. Noble metal thermocouple wires can be used to measure the temperature in heat treatment furnaces to ensure the accuracy of the heat treatment process.
2. Oxidation environments: In environments where oxidation is a concern, such as furnaces, reactors, and exhaust systems, noble metal thermocouple wires have excellent oxidation resistance and can maintain stable performance for a long time. For example, in industrial furnaces that operate at high temperatures and in oxidative atmospheres, noble metal thermocouple wires can accurately measure the temperature to help control the combustion process and ensure the safety and efficiency of the production process.
3. Chemical processing industries: Industries relying on chemical processes, including the petrochemical, pharmaceutical, and power generation industries, often involve complex chemical reactions and high-temperature environments. Noble metal thermocouple wires offer superior chemical stability and can accurately measure the temperature in chemical reactors, distillation columns, and other equipment, which is beneficial to the control of the chemical reaction process and the improvement of product quality.
4. Research and development: Due to their high accuracy and wide operating temperature range, noble metal thermocouple wires are valuable tools in research and development applications involving extreme temperatures. In scientific research institutions and laboratories, they are used to measure the temperature in various high-temperature experiments and research projects, providing accurate temperature data for scientific research.
5. Aerospace and aviation fields: In the aerospace and aviation industries, high-temperature environments are common during the operation of aircraft engines and rocket engines. Noble metal thermocouple wires can be used to measure the temperature of these high-temperature components to monitor the operating status of the engines and ensure the safety and reliability of flight.