Negative Ion Detector FT-FY1: Accurately Capture Every Negative Ion for Clear Air Quality Monitoring​

Have you ever wondered why the air feels especially fresh near forests and waterfalls? This is due to the difference in negative oxygen ion content in the air. Now, TianYi's FT-FY1 Negative Ion Detector makes this "freshness" measurable and quantifiable, providing accurate data support for environmental monitoring.

This detector adopts an advanced cylindrical capacitor structure negative ion capture mechanism, using capacitive inhalation method to accurately count and calculate negative ions in the air. The instrument possesses excellent resistance to electromagnetic, electrostatic, and electromagnetic wave interference, demonstrating extremely high sensitivity and capture capability for small particle size negative ions, ensuring accurate and reliable measurement results.

The FT-FY1 Negative Ion Detector is designed with full consideration of user experience. The device is equipped with a 5.0-inch full-color capacitive touchscreen with 800*480 high resolution, ensuring clear visibility of measurement data. The intuitive interface design allows operators to quickly get started without professional training, greatly reducing the threshold for use.

With its compact internal structure and exquisite appearance design, the instrument is small in size and weighs 1 kilogram, making it ideal for field mobile detection. The built-in large-capacity lithium battery can support continuous operation for more than 8 hours, truly achieving instant measurement without being restricted by power sources or locations.

The FT-FY1 offers three optional range settings: 0-50,000 ions/cc, 1,000-500,000 ions/cc, and 1,000-5,000,000 ions/cc, adapting to different environmental testing needs. The measurement accuracy is as high as ±5%, with a data refresh rate of 1 second per time, enabling real-time reflection of changes in negative oxygen ion concentration in the air.

This instrument is widely applicable in multiple fields including environmental monitoring, nano-coatings, negative ion health products, negative ion home building materials, indoor testing, air treatment, etc., making it an essential tool for implementing air monitoring across various industries.