Smart Atmospheric Fluoride Comprehensive Sampler

Product Overview
The Smart Atmospheric Fluoride Comprehensive Sampler is an efficient device that integrates the collection of gaseous pollutants and fluoride. It uses solution absorption to collect gaseous pollutants (such as SO2, NOx) from ambient and indoor air, while employing fluoride ion-selective electrode methods for fluoride collection. This multi-functional device is capable of simultaneously sampling gaseous and particulate pollutants, including fluoride, heavy metals, TSP, PM10, and PM2.5, meeting the needs of environmental monitoring, public health, and safety detection. It is particularly suitable for sampling fluoride, heavy metals, and SVOCs.

Key Features

• Multi-purpose Functionality: Capable of simultaneous sampling of fluoride, heavy metals, particulate matter, and other pollutants, meeting diverse environmental monitoring requirements.
• Strong Load Capacity: At a flow rate of 50L/min, the sampler can overcome resistance greater than 22kPa, making it suitable for fluoride and particulate matter sampling.
• Precise Constant Flow Control: Uses a closed-loop feedback flow control system to ensure stable flow, minimal error, and high accuracy in sampling.
• Wide Flow Range: Supports multiple flow rates, including 16.7L/min, 50L/min, and 100L/min, providing flexibility for various sampling needs.
• Environmental Temperature Compensation: Features automatic heating to compensate for ambient temperature changes, preventing freezing of solutions and ensuring stable operation in low temperatures.
• Data Protection and Recovery: In the event of a power outage, the system automatically saves the sampling status and restores the sampling process once power is restored.
• Data Export and Printing: Supports USB data export and Bluetooth printing for easy on-site data storage, processing, and reporting.

Applications

• Environmental Air Monitoring: Used for comprehensive sampling of gaseous and particulate pollutants, helping to assess air quality and monitor pollution levels.
• Public Health and Safety Monitoring: Widely used in hospitals, laboratories, workplaces, etc., to detect the potential health hazards of fluoride, heavy metals, fine particulate matter, and other pollutants.
• Scientific Research and Experimentation: Provides sampling data for gaseous substances, aerosols, and particulates in ambient air, supporting atmospheric pollution-related scientific projects.
• Industrial Production and Labor Safety: Suitable for monitoring fluoride, particulate matter, and other pollutants in industrial environments, ensuring workplace safety standards.
• Emergency Response: Can quickly collect pollutant data during environmental pollution events, providing accurate environmental quality assessments to support emergency response.