Fully automatic chemical turbidimeter

Fully automatic chemical turbidimeter is used as an analytical instrument in the fields of chemistry, biology, and pharmacy. It is mainly used to measure the concentration of suspended particles in suspension, as well as the physical and chemical properties of the dispersed system. This instrument can quickly and accurately measure the concentration of suspended particles in a suspension, helping researchers better understand the physical and chemical properties of the suspension.

The fully automatic chemical turbidimeter is mainly composed of a light source, a monochromator, a receiver, a photoelectric component, a circuit system and a computer control part. It works by calculating the turbidity of a suspension by measuring the attenuation of light as it passes through the suspension. Specifically, the instrument will emit light of a certain wavelength, pass through the monochromator and illuminate the suspension, and then receive the light after passing through the suspension through the receiver. By measuring the intensity and attenuation of light, the instrument can calculate the turbidity of the suspension.

The fully automatic chemical turbidimeter has the advantages of being fast, accurate, and easy to operate, but it also has certain errors. In order to reduce errors, the instrument needs to be calibrated before use, and an appropriate turbidity unit (such as Turbidity Unit, NTU for short) is selected according to experimental requirements. In addition, you need to pay attention to protecting the instrument during use to avoid unnecessary damage.

In short, the fully automatic chemical turbidimeter is a very practical instrument that can help researchers better understand the physical and chemical properties of suspensions and provides an important tool for scientific research.