Recrystallized Silicon Carbide Thermal Protection Tube
1. The recrystallized silicon carbide protection tube can withstand extremely high temperature.
2. The RSIC Thermocouple protection Tube has excellent wear resistance.
3. The RSiC Protection Tube has the characteristic of anti-oxidation,corrosion resistance,cold and hot resistance, good thermal conductivity.
- STARLIGHT
- Shenyang, China
- Based on the quantity ordered by the product
- 500t/year
Details
Introduction to Recrystallized Silicon Carbide Thermal Protection Tube:
Recrystallized silicon carbide protection tubes have emerged as a superior solution for temperature measurement in extreme industrial environments. Their unique properties stem from the recrystallization process, which enhances purity and eliminates binding phases, resulting in exceptional performance.
The outer layer of the thermocouple with silicon carbide recrystallization as a protective tube, the inner layer of the thermal electrode assembly is equipped with corundum sealing cap, and high temperature binder to strengthen the seal, to achieve good insulation performance and sealing, thermocouple inserted into the furnace will not bend deformation and burst, prolong the service life without preheating reduce labor intensity, save precious metals and energy.
Advantages of Recrystallized Silicon Carbide Protection Tube:
1. The RSIC Thermocouple protection Tube has high resistance to pressure and tension, ensuring the safe operation of pipelines.
2. Compared to traditional metal pipes, RSIC Thermocouple protection Tube is lighter in weight and more convenient to install and maintain.
3. Good sulfur resistance, used in high temperature combustion furnace, has a certain strength of thermal shock resistance.
Application of RSiC Protection Tube:
RSiC Protection Tube is usually used in industrial kiln. Directly used as an external protective tube for thermocouples, it can extend the thermocouple life.
Industrial Applications
1.Metallurgy: Widely used in steelmaking ladles, aluminum smelting furnaces, and copper refining vessels for continuous temperature monitoring.
2.Chemical Processing: Protects thermocouples in sulfuric acid production, coal gasification reactors, and chlorine synthesis units.
3.Energy Sector: Deployed in waste incineration plants, coal-fired boilers, and nuclear reactor coolant systems.
4.Ceramic Manufacturing: Maintains precise thermal control in kilns for advanced ceramics and glass production.
5.Semiconductor Industry: Ensures contamination-free temperature measurement in crystal growth chambers and CVD reactors.
The gas-permeable structure of RSiC allows quick response times while shielding thermocouples from particulate matter. Unlike metal sheaths, they avoid catalytic effects on measured media, preserving process integrity. Recent advancements in manufacturing have further improved cost-efficiency, expanding their adoption across industries requiring reliable high-temperature instrumentation.
Why did you choose us?
We adopt advanced production processes and technologies to achieve the highest quality standards for RSiC Protection Tube.
Compared to other similar products, our RSiC Protection Tube ensures high quality while offering a more affordable price, making it highly cost-effective.
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