If placed in boiling water at 100°C, can this patch cord still transmit signals effectively?
Yes, an OFSCN® high-temperature resistant fiber optic patch cord can transmit signals effectively when placed in boiling water at 100°C.
In fact, 100°C is well within the standard operating range for these specialized components. To provide a professional technical analysis, the reliability of a patch cord at such temperatures depends on two key factors:
1. Material Resistance
Standard communication patch cords typically use PVC or LSZH jackets, which begin to soften or release toxic fumes near 80°C. In contrast, OFSCN® high-temperature patch cords utilize specialized materials such as:
- PI (Polyimide) Coating: Stable up to 250°C–300°C.
- PTFE/PFA/FEP (Fluoropolymers): Resistant to heat and moisture, maintaining structural integrity in boiling water.
- Metal Coating (Gold/Copper/Aluminum): Used for even more extreme environments.
2. Resistance to Hydroxyl (OH-) Penetration
Boiling water introduces a high-humidity environment. Standard fibers may experience increased attenuation over time due to hydroxyl ion penetration. OFSCN® high-temperature fibers are designed with specific cladding and coatings to minimize this “water peak” effect, ensuring signal stability even in submerged conditions.
Recommended Product
For applications involving boiling water or steam (up to 300°C), we recommend the:
OFSCN® 300°C Fiber Optic Patch Cord
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This product is specifically engineered to withstand humid, high-temperature environments without signal degradation or physical jacket failure.
If you have a specific requirement for the length or the type of connector (e.g., FC/APC, SC), please let me know.