Working Principle:

The TL23 series intelligent desktop turbidity meter uses the scattering method to measure turbidity. That is, the turbidity tester's light source emits a beam of light that passes through the sample and detects how much light is scattered by particulates in the water at a 90° angle to the incident light, thereby obtaining the sample's turbidity value. This desktop turbidimeter provides users with stable and reliable turbidity measurement results thanks to precise turbidity measurement technology.

Application Industries:

The TL23 series benchtop turbidity testers are mainly used in water treatment and wastewater treatment, various industrial applications, food and beverage, pharmaceuticals, electric power, metallurgy and mining, agriculture, and other fields, making them an ideal choice for multi-industry water quality testing.

Instrument Features:

● Provides convenient and reliable turbidity detection, suitable for most application scenarios.
The new generation TL23 series desktop turbidity meters inherit Hash's mature and reliable turbidity detection technology over fifty years, continuously improving performance to provide you with a brand-new turbidity measurement experience.

● Brand-new user interface
The TL23 series intelligent desktop turbidity meter features a 7-inch color touchscreen, a brand-new intuitive interface, and simple, easy-to-understand operation steps to provide you with precise and reliable test results.

● Precise and convenient
The TL23 series benchtop turbidity tester can meet all your turbidity testing needs. Data report output via USB interface makes data export, data traceability, and data processing faster; A new sample numbering setting function has been added for easier and better traceability and management of test data.

● Smart and reliable, displays only after reading is stable
The TL23 series intelligent desktop turbidity meter detects changes in readings through an internal model, only displaying the reading after it is stable, ensuring the stability and accuracy of measurement results and avoiding errors and misjudgments caused by manual readings.