ARTICLES-Jiangsu ZINO Machinery Manufacturing Co., Ltd

2022-12-7

Understand the working principle of high-speed centrifuge
High speed centrifuge is the most common type we use in our daily life or when choosing. Due to its high speed, it can separate a large number of samples or substances, and the sedimentation rate is relatively fast. However, many people are not familiar with how to operate high-speed centrifuges or the specific operation of high-speed centrifuges. Below, we will give a brief introduction to the working principle and other common knowledge of high-speed centrifuges.
2022-12-7

The correct operating method is very important for high-speed centrifuges
When using a centrifuge, it is important to pay attention to the correct operating methods. Among many centrifuges, high-speed centrifuges are the most frequently used and highly concerned. Therefore, many people consult online about the use of high-speed centrifuges and related common sense issues. How should high-speed centrifuges be operated correctly? Let me briefly introduce it below.
2022-12-7

What are the influencing factors of flame photometry analysis?
Flame photometer is an atomic emission spectroscopy method that uses flame as the excitation light source. Introduce the sample into a flame, and rely on the thermal and chemical effects of the flame to evaporate, ionize, atomize, and excite luminescence of the sample.
2022-12-7

Choose a reliable high-speed freeze centrifuge to reduce losses caused by future failures
The high-speed freeze centrifuge can reach a speed of over 10000rpm and has the performance and structure of a freeze centrifuge. In addition, the angular rotor used in high-speed freeze centrifuges is mostly made of titanium alloy or aluminum alloy.
2022-12-7

What are the technical characteristics of UV visible spectrophotometer?
UV visible spectrophotometer is a common analytical instrument in analytical testing laboratories, used to determine the absorbance of the tested substance under certain wavelength irradiation, thereby achieving qualitative or quantitative analysis of the substance.

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