After the composite material undergoes certain physical and chemical processes, such as load, material aging, temperature and humidity changes, the size, shape, and performance of the composite material will change and lose the specified function. Polymer and plastic products have defects due to the presence of particles, fibers or inclusions and other contaminants, which will have a serious impact on the properties of polymer products. Successful failure analysis includes chemical analysis of the defect area of the sample. Failure analysis of polymer products is a key link in production quality control, and it is also an important condition for improving product quality and extending the service life of parts.
In addition, reducing the recurrence of failures of similar products can effectively guarantee product quality and greatly reduce material production costs. At the same time, product failure analysis can provide a scientific basis for modifying product quality standards, which is important for improving product competitiveness and helping companies. Obtaining greater economic benefits provides a favorable guarantee.
Creative Proteomics can provide you with failure analysis services. We wholeheartedly work with you to help you speed up the pace of product development. We have highly qualified analysts and first-class platform equipment, and can customize experimental analysis programs according to customer needs. The failure analysis provided by Creative Proteomics is formulated in accordance with the requirements of the standard, which can guarantee the validity and high quality of the analysis report. We promise to meet the analysis needs of your products with high standards in accordance with the product quality control requirements of countries and regions.
1. Fourier Transform Infrared Microscope (FTIM)
Fourier transform infrared microscope is a very useful failure analysis tool. We can use high lateral resolution to obtain infrared spectra of any place on a chemical substance to reveal the chemical composition of a specific area of the chemical sample.
2. Micro Analysis of Failed Parts
Use X-ray photoelectron spectrometer and electron microscope to observe the microscopic morphology of the failed parts, and analyze the failure types (properties) and causes.
3. Testing of Mechanical Properties of Failed Materials
Use tensile testing machine, bending testing machine, impact testing machine, hardness testing machine, etc. to determine the mechanical properties of materials such as tensile strength, bending strength, impact toughness, hardness, etc.
4. Composition Analysis of Failed Materials
Use modern analytical instruments such as spectrometers and energy spectrometers to determine the chemical composition of failed materials.
Turnaround Time: 7-10 working days (excluding special experiments).
At Creative Proteomics, highly qualified engineers can provide high-quality failure analysis services to meet your needs. We adopt mature and stable technical operation methods and advanced experimental equipment to ensure the accuracy of product analysis reports. If our solution is not suitable for you, you can contact us. We can provide you with customized solutions. Creative Proteomics wholeheartedly cooperates with you.