Different types of polymers in a Polymer Characterization Lab

Polymer Fatigue Testing

Applied Technical Services conducts Polymer Fatigue Testing, as well as several other types of fatigue testing, in our state-of-the-art mechanical testing facilities. ATS provides additional polymer testing services as well, including polymer characterization, polymer material testing, polymer strength testing, polymer fracture analysis, and polymer structure analysis

Polymer Testing and Analysis
Due to the unique molecular structure and flexibility characteristics of polymers and polymer-based materials, Polymer Fatigue Testing is essential to verifying the resilience and fatigue-resistance of products with polymer components. There are several types of fatigue testing that incorporate the use of different testing methods to analyze a polymer’s strength and characteristics. Testing the structural strength of a polymer allows manufacturers to identify expected product life cycle, make quality improvements and adjustments, and verify industry compliance with testing standards.
Fatigue Testing at Applied Technical Services
ATS features a state-of-the-art mechanical testing laboratory that is equipped with advanced fatigue and tensile testing technologies. Fatigue testing is performed by applying cyclic loads to a test subject to simulate its standard functions and operating environment. The subsequent data from these tests is then analyzed to identify different traits and characteristics of the test subject. Our certified engineers and mechanical testing experts are able to help design tests and fabricate the necessary fixtures to adhere to our clients’ custom parameters for fatigue and tensile testing. We also conduct fatigue testing in accordance with the following standards set by the American Society for Testing and Materials:
In addition to fatigue testing, Applied Technical Services offers a wide range of fatigue testing and fatigue testing-related services, including but not limited to:
Testing and Analysis Standards and Specifications
In order to provide our clients with the most precise, dependable reporting possible, ATS performs testing and analysis services in accordance with both custom client-specified testing parameters and popular industry testing standards, including standards determined by organizations and authorities such as:
Additional Mechanical Testing Services
In addition to Polymer Fatigue Testing, ATS performs several other mechanical testing services. Some of the most commonly requested services include:
Applied Technical Services

Founded in 1967, ATS has been one of the nation’s premier industrial testing and analysis providers for over 55 years. We proudly serve clients in a vast range of industries, including power generation, building and construction, manufacturing, oil and gas, medical and pharmaceutical, aerospace and aviation, and automotive. Applied Technical Services and all ATS companies and locations adhere to our internationally recognized quality assurance program, ensuring consistently high-quality services and quick turnaround time at competitive prices. We strive to achieve the highest level of customer satisfaction on every project, and our highly trained technicians and testing experts are committed to exceeding client needs and expectations. We understand the importance of reliability and expedience, going above and beyond to help your business avoid service interruptions, minimize downtime, and keep operations running smoothly. ATS is ISO 9001 certified and ISO 17025 in mechanical testing, assuring the validity of our testing and analysis services. When it comes to mechanical testing services at ATS, we take a closer look, and our longstanding business relationships and excellent reputation show that our clients value that. Contact the proven fatigue testing experts at Applied Technical Services and let us show just how convenient mechanical testing services can be. Click here or give us a call today at 1 (888) 287-5227 to request a free quote for Polymer Fatigue Testing services.

Request Form

.