VOC Sensor

KEY HIGHLIGHTS

Selective Methanol Detection
Engineered sensing materials and optimized electrode structures ensure high selectivity toward methanol, minimizing interference from ethanol, acetone, and other VOCs.

Fast & Sensitive Response
Detects methanol at ppm-level concentrations (<5 ppm) with rapid response times (<10 seconds), enabling real-time monitoring and alerts.

Nanomaterial-Driven Performance
Utilizes advanced nanomaterials to enhance surface interaction, sensitivity, and detection accuracy.

Stable Across Real-World Conditions
Maintains consistent performance under varying humidity and temperature conditions, ensuring reliability in both lab and field environments.

Integrated Readout & Data Logging
Compatible with LCR meters, custom readout electronics, and digital interfaces (USB/WiFi/Bluetooth) for seamless data acquisition and analysis.

Compact & Deployment-Ready
Designed for portable and embedded applications, including handheld devices, industrial monitoring units, and IoT platforms.

High Repeatability for Research & Validation
Ensures consistent sensor response across cycles, critical for publications, calibration, and product development.

APPLICATIONS

• Industrial Safety: Methanol leak detection and worker protection

• Food & Beverage: Alcohol adulteration detection

• Research Labs: VOC sensing, material studies, selectivity analysis

• Fuel Monitoring: Methanol-blended fuel analysis

• Smart Systems & IoT: Indoor air quality and connected sensing