Principal component quantitative analysis
Project Introduction
Principal component quantitative analysis is a test and analysis of polymer materials. It uses spectral analysis to compress and reduce noise on the data, and perform principal component analysis on the intensity of the processed spectral characteristic peaks. The first principal component is used to fit and calculate errors of spectral line intensities at different concentrations, effectively extracting characteristic parameters and achieving quantitative analysis of materials. Analysis purpose: improve formula, improve technology, master core technology, improve product performance, and reduce costs.
Scope of application
The quantitative analysis of principal components includes plastic products, rubber products, adhesive products, coating products, and ink products.
laboratory equipment
The most commonly used equipment for quantitative analysis of principal components is: Fourier transform infrared spectroscopy (FTIR) and scanning electron microscope (SEM).

Commonly used equipment and methods for principal component quantitative analysis

cycle cost
The cost engineer will develop an experimental plan and quote based on the customer's testing needs and the complexity of the experiment.
Analysis cycle: 7-15 working days.
Testing process
1. Engineers analyze customer needs;
2. Arrange to send samples;
3. Engineer’s quotation;
4. Arrange testing after confirmation;
5. It takes 7-15 working days to complete the experiment and issue a test report.