Detailed Introduction of The AT303 Series Apparent Density Meter

The AT303 series apparent density meter from Anytester is mainly used to measure the apparent density of loose materials flowing out of the specified funnel. It is an ideal test instrument for the quality inspection of raw materials entering the factory in the chemical industry. It consists of a base, a support frame, a funnel, a plug plate, and a receiver. The volume of the receiver is 100mL±0.5mL. It is suitable for the loose plastic materials flowing out of the funnel larger than 100mL±0.5mL of polyvinyl chloride resin raw materials. When the loose plastic flows into a standard container of 100mL±0.5mL, use a ruler to scrape off the excess sample on the standard container, and then weigh it with a balance. Use the following formula to calculate ρ=M-m/V to get the apparent density value. This instrument is a test instrument for the chemical industry and plastic raw material quality inspection.

The AT303 series apparent density meter is suitable for the loose plastic material of polyvinyl chloride resin raw materials flowing out from the funnel greater than 100mL±0.5mL. When the loose plastic flows into the standard container of 100mL±0.5mL, the excess sample on the standard container is scraped off with a ruler, and then weighed with a balance. The following formula is used to calculate ρ=M—m/V to obtain the apparent density value. This instrument is a test instrument for the chemical industry and plastic raw material quality inspection.

The following are some advantages of the apparent density meter:

1. High-precision measurement: The use of advanced sensors and measurement technology can achieve high-precision density measurement. It can provide accurate measurement results and contribute to applications in scientific research, quality control and process optimization.

2. Wide measurement range: It usually has a wide measurement range to meet the measurement needs of different substances. Whether it is liquid, solid or powder, the apparent density can be measured.

3. Fast measurement speed: Compared with traditional density measurement methods, it usually has a fast measurement speed. It can complete the measurement in a short time, improve work efficiency, and save time and human resources.

4. Automated operation: It usually has automated operation functions and can be operated through the instrument's control panel or computer software. It can automatically complete steps such as sample weighing, volume measurement, data recording, etc., reduce human errors, and improve the repeatability of experiments.

5. Versatility: It usually has multiple functions and measurement modes. In addition to the measurement of apparent density, it can also measure other related parameters such as volume, mass, specific gravity, etc., providing a more comprehensive analysis of material properties.

6. Data recording and analysis: It usually has data recording and analysis functions, which can store and manage measurement data, and perform data analysis and report generation. This helps to organize, compare and evaluate experimental results, and provide support for scientific research and quality control.

7. High repeatability: The measurement results are highly repeatable and stable. It can reduce human errors and operational variations, provide consistent measurement results, and contribute to the reliability and accuracy of experimental results.