Under the global framework of "Carbon Neutrality" and the green transformation of the manufacturing industry, improving the energy efficiency of heavy thermal equipment has become a core objective for the chemical, metallurgical, and energy sectors.
This technical article highlights a critical challenge in heavy industry: achieving reliable real-time monitoring at extreme temperatures to optimize energy efficiency. In environments reaching 700°C, traditional sensors often fail due to material degradation or signal interference.
Based on the requirements for such high-temperature industrial equipment, I would like to provide technical details on the corresponding sensing solution:
For real-time monitoring in chemical, metallurgical, and energy sectors at these temperatures, the OFSCN® 650/700°C Seamless Steel Tube Fiber Cable is designed to function as a distributed fiber optic sensor.
Key Technical Advantages:
Product Visuals:
For heavy industrial equipment, this technology enables a transition from point-based monitoring to full-scale “nerve system” sensing, which is essential for the “Energy Saving and Emission Reduction” goals mentioned in the topic.
Detailed technical parameters can be found at: https://www.ofscn.org/dofs/700-c-sst-optical-cable.html
