⚡️1-Second Response! 50% NaOH Caustic Soda Leak Detector Detects Leaks Instantly! (YHSP-SAR)

One of the most widely used strong alkaline chemicals in industrial facilities is caustic soda (sodium hydroxide).

If a chemical leak occurs, how many seconds are available to prevent a serious accident? The answer is just 1 second.

This video is a real leak sensor performance test showing how quickly and accurately Yoohantech’s YHSP-SAR alkali-specific leak detector responds to a 50% high-concentration sodium hydroxide (NaOH) solution supplied by DongSung Chemical.

🔬 Leak Detector Performance Test Highlights

1. [False Alarm Prevention] A Leak Detector That Does Not Respond to Water 💧

   • To verify the accuracy of the leak sensor, it is first immersed in water for more than 20 seconds. As expected, the sensor remains completely stable without reacting to rainwater, condensation, or unnecessary moisture.

2. [Real-World Test] Detecting a 50% NaOH Leak 🧪

   • Now comes the actual test. The moment the leak detector is immersed in a 50% high-concentration sodium hydroxide (caustic soda) solution...

3. [Result] Instant Response in Just 1 Second 🚨

   • In just 1 second, the sensor immediately detects the hazard as soon as the solution makes contact and triggers a powerful leak alarm. It demonstrates fast and reliable response performance without hesitation in the presence of hazardous chemicals.

📊 Summary of Leak Detection Test Data

• Test Sensor: YHSP-SAR (alkali-specific point leak detection sensor)

• Initial Sensor Value: 31

• Alarm Setpoint: 1000

• Response Time: Approx. 1 second (ultra-fast detection)

✅ The Right Choice for Industrial Safety, Yoohantech Leak Detectors

Following potassium hydroxide (KOH), the YHSP-SAR alkali leak detector also demonstrates excellent performance in detecting sodium hydroxide (NaOH), one of the most widely used strong alkalis. See the outstanding reliability and versatility of this industrial safety solution in the video and discover how it can help protect your facility quickly and effectively.