A so-called smart mercury tester must at minimum include: data memory storage, built-in standard calibration curves for mercury detection, and direct concentration readout. However, many manufacturers currently advertise “smart mercury testers” lacking these essential functions. Since they lack the production and technical capabilities to deliver such features, their devices cannot be called smart mercury testers. Our company manufactures genuinely intelligent mercury analyzers: featuring automatic storage of calibration curves, direct mercury concentration readings, and simultaneous data logging with date, temperature, and humidity. Users need not repeatedly establish calibration curves.
This intelligent mercury analyzer, newly launched by our company, integrates microcontroller technology, data storage, and automatic calibration curve generation. Employing cold atomic absorption technology, it leverages elemental mercury's inherent property of vaporizing into mercury vapor at room temperature without heating. This vapor exhibits strong absorption at the 253.7nm ultraviolet wavelength. Within a defined range, mercury concentration is directly proportional to absorption value, adhering to Beer's Law. Directly measures mercury content and displays concentration readings.
The intelligent mercury analyzer is suitable for environmental monitoring, public health, tap water, and chemical industries to measure mercury levels in water, air, soil, food, cosmetics, and chemical raw materials.
Large color touchscreen display with time and date memory function.
Instrument features storage capability, automatically saving measurement data.
Built-in mercury detection standard curve allows users to conveniently calibrate and automatically store working curves.
Data query function allows direct access to measurement dates, times, and values.
Utilizes microcontroller-based control and calculation technology to directly display: mercury concentration (ng/ml), temperature, and humidity—no user conversion required.
A powerful mercury detector integrating microcontroller, data storage, and automatic working curve plotting functions.
Measurement Principle | Cold Atom Absorption Method |
Measurement Range | 0-10ng/ml (Dilution required for measurements above 10ng/ml) |
Detection Limit | 0.02ng/ml |
Linear Correlation Coefficient | R≥0.995 |
Simultaneous Display | Mercury concentration (ng/ml), temperature, humidity |
Flow Rate Range | 1.5 L/min |
Power Supply Voltage | 220V ±10% |
Dimensions | 360 × 320 × 160 mm³ |
Operating Temperature Range | 0-40℃ |