Precise Turbidity Measurement with 90° Scattering Principle
Utilizes the 90° scattering light principle for accurate turbidity detection within a wide measurement range (0-200 NTU) and high resolution (0.1 NTU).
The Portable Digital Turbidimeter uses the 90° scattering light principle for accurate turbidity measurement in various applications. With a measurement range of 0-200 NTU, 0.1 NTU resolution, dual AC/DC power options, a high-definition LED backlit display, and easy operation, it's ideal for water quality monitoring, environmental protection, pharmaceuticals, scientific research, and sewage treatment.
Utilizes the 90° scattering light principle for accurate turbidity detection within a wide measurement range (0-200 NTU) and high resolution (0.1 NTU).
Supports both AC power and DC battery operation, making it suitable for fieldwork and laboratory use.
Features quick calibration, intuitive menu navigation, a high-definition LED backlit display, and data storage for easy operation and data analysis.
Ensure precise and consistent pH measurements for reliable results in every application, from water testing to agriculture.
Built with high-quality materials, our pH meters are designed to withstand rigorous use, offering long-lasting performance you can trust.
Featuring intuitive controls and a clear display, our pH meters make testing effortless, even for beginners.
pH is a key indicator of water quality. It affects the solubility and availability of various chemicals and nutrients in water, which can impact aquatic life and human health.
The ideal pH for drinking water ranges from 6.5 to 8.5, as recommended by health standards.
Simply calibrate your pH meter and insert the electrode into the water sample. Ensure the electrode is fully submerged for an accurate reading.
Rinse the probe with distilled water after each use, store it with a pH electrode solution, and calibrate regularly.
For drinking water or aquariums, test weekly or whenever water quality issues arise. For industrial use, follow specific testing protocols.