UV Optical Technology

Overview

UV Optical Technology is an advanced sensing method that utilizes ultraviolet light to detect, measure, or analyze substances based on their absorption or fluorescence characteristics in the UV spectrum. This non-contact, reagent-free technology offers high sensitivity and rapid response, making it ideal for continuous monitoring and real-time analysis. Commonly integrated into water quality sensors, spectrophotometers, and industrial analyzers, UV optical technology is widely applied in environmental monitoring, wastewater treatment, chemical processing, and pharmaceutical industries—where precision, reliability, and low maintenance are critical for performance and compliance.

Featured Specs

• Maximum Immersion Depth : 50 meters
• Maximum Pressure : 5 bar
• Operating Temperature Range : 0°C to 40°C
• Storage Temperature Range : -10°C to +50°C
• pH Measurement Range : pH 2 to pH 12

Utility Priority

UV Optical Technology provides essential utility in non-contact, reagent-free measurement of various substances by detecting their absorption or fluorescence under ultraviolet light. Its primary priority is to deliver high-precision, real-time monitoring with minimal maintenance, making it ideal for continuous and automated operations. This technology is widely applied in water and wastewater treatment, environmental monitoring, industrial process control, and pharmaceutical manufacturing—where accuracy, rapid detection, and long-term stability are critical for ensuring regulatory compliance, operational efficiency, and environmental safety.

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