All Product
Connectors & Sensors Manufacturer
Propane (C3H8) Sensor
Overview
Detects low concentrations of propane gas for early leak warnings
Quickly identifies propane leaks to improve safety monitoring
Supports measurement from low ppm levels up to 100% LEL
Provides stable readings with ±3–5% LEL accuracy
Maintains reliable performance with minimal signal drift
Optimized for propane while reducing interference from other gases
Small size allows easy integration into gas detection devices
Suitable for portable and battery-powered monitoring systems
Works reliably in various industrial and outdoor environments
Typical lifespan of 3–5 years with proper calibration and maintenance
Ozone (O3) Sensor
Overview
Detection range 0–10 ppm O₃, suitable for most ozone monitoring applications
Minimum detection limit ≤0.01 ppm for low-concentration ozone detection
Typical response time T90 ≤30 seconds for real-time monitoring
Measurement accuracy around ±5% of reading under standard conditions
Measurement resolution up to 0.01 ppm for precise ozone readings
Long-term signal drift typically <2% per year during operation
Stable operation within a temperature range of –20°C to +50°C
Reliable performance in 15–90% RH non-condensing humidity environments
Operating voltage range 3.3V to 5V DC for device integration
Typical service life of 2–5 years depending on usage conditions
Nitric Oxide (NO) Sensor
Overview
High-precision electrochemical NO detection with 0.01 ppm resolution for reliable low-level monitoring
Wide 0–1000 ppm measurement range for industrial emissions and environmental compliance monitoring
Ultra-fast <30s T90 response time ensuring real-time process safety and control
Minimal cross-sensitivity to common interferents O₂, CO, NO₂ for accurate field measurements
Ultra-low power consumption ideal for battery-powered portable gas detection systems
Ultra-compact modular design enables seamless OEM and DIY device integration
Factory calibrated with <2%/month drift for long-term measurement stability
24-36 month extended service life minimizes maintenance and replacement costs
Industry-standard 4-20mA analog and RS485 digital outputs for PLC/SCADA connectivity
RoHS compliant construction suitable for global B2B and industrial deployment
Formaldehyde (HCHO) Sensor
Overview
High-sensitivity detection of formaldehyde from 0.01 ppm
Wide measurement range suitable for homes and industrial environments
Fast response time (<30 seconds) for real-time monitoring
Typical accuracy ±5% F.S for reliable readings
Multiple output options: analog, digital, and BLE optional
Compact, low-power design for portable or embedded devices
Factory calibrated for consistent and dependable performance
Long-term stability with <2% F.S/year drift
Easy integration with IoT, HVAC, or smart home systems
RoHS compliant and suitable for global distribution
Phosphine (PH₃) Sensor
Overview
Detects phosphine at ultra-low 0.01 ppm levels
Fast response (T90 ≤ 30 s) for real-time alerts
Factory calibrated, plug-and-play use
Multiple outputs: I²C, UART, analog, BLE option
Low power consumption for battery operation
Compact and IP-rated designs available
Stable and low signal drift performance
Compatible with Arduino, ESP32, Raspberry Pi, PLCs
Suitable for industrial, agricultural, and IoT applications
RoHS and CE compliant for global distribution
Sulfur Dioxide (SO2) Sensor
Overview
- Detects SO₂ concentrations down to 0.1 ppm, enabling early leak detection and warnings
- Delivers accurate readings in 15-30 seconds, supporting rapid safety responses in critical situations
- Targets SO₂ specifically while resisting interference from common gases like CO and H₂S
- Electrochemical models last over 3 years under standard operating conditions and maintenance
- Covers 0-20 ppm for ambient air monitoring or 0-200 ppm for demanding industrial applications
- Operates efficiently on batteries, making it ideal for portable gas detection devices
- Functions reliably across -20°C to 50°C, even in harsh environmental conditions
- Small size allows seamless integration into handheld monitors and IoT monitoring systems
- Supports quick calibration using standard zero and span gas adjustment methods
- Integrates smoothly with CO, O₂, and H₂S sensors for complete gas monitoring solutions


