Our Presence at JEC World 2026 Connecting Global Composites Innovation

JEC WORLD 2026, one of the most influential flagship events for the global composite materials industry, was successfully held in Paris, France.

As a core platform for composite technology innovation and industrial trade cooperation, this exhibition gathered leading manufacturers, research institutions, university experts and practitioners across the whole industrial chain worldwide. Participants focused on the research and development, lightweight application, standardized testing and industrial implementation of advanced composite materials to jointly explore the future development direction of the industry.

Lishi Scientific Instrument brought a new generation of integrated material mechanical testing solutions to JEC WORLD 2026. For global composite R&D institutions and industrial customers, we displayed testing technologies covering static property characterization and high-frequency dynamic fatigue verification, and conducted in-depth technical exchanges with industry partners at home and abroad.

Our technical team carried out equipment practical demonstrations, analysis of standard test cases and on-site technical Q&A. We fully discussed with visitors topics including dynamic fatigue challenges in composite R&D, implementation of standardized tests and consistency of test data, and collected first-hand market demands and optimization suggestions from around the world.

Extensive on-site communication helped us gain a deeper understanding of the development trend of the international composite market, and clarified practical directions for subsequent product iteration, algorithm optimization and custom fixture development.

Communications with new and existing clients reinforced our core insight: reliable test data in line with international standards and integrated solutions supporting both static characterization and dynamic fatigue testing are the core demands for R&D and quality control in the current composite industry.

Spotlight Exhibits: EF7103 Electronic Fatigue Testing Machine & ASTM D3039 Tensile Testing Solution

The exhibited EF7103 Electronic Fatigue Testing Machine adopts a direct-drive linear motor structure and is developed for low-load and high-frequency dynamic testing scenarios. It can perform both static mechanical inspection and high-frequency fatigue cycle tests.

Featuring a maximum test frequency of 200 Hz, Class 0.5 force accuracy, a wide test space, compact footprint and simple maintenance, this instrument is suitable for various tests on composite materials, polymers, thin metal sheets and biomedical specimens.

Supported by matched fixtures and acquisition modules, the equipment can fully implement ASTM D3039 standard tests for in-plane tensile properties of polymer matrix composites, and accurately output key parameters such as tensile strength, elastic modulus and Poisson’s ratio to meet standardized test requirements for material selection, formula optimization and quality verification.

Professional visitors from aerospace, automotive lightweighting and new energy industries paid close attention to this combined solution. They had detailed discussions on specimen clamping schemes, data stability under high-frequency fatigue, adaptation of standard test procedures and custom fixture development, laying a solid foundation for future cross-border project cooperation.

Forging Ahead and Continuing to Dig into the Global Composite Material Testing Track

The exhibition has come to an end, yet the technical connection between Lishi Scientific Instrument and the global composite material industry continues.

We sincerely thank every visitor who came to our booth for exchanges. Customers’ feedback and trust are the driving force for our continuous technical improvement.

Looking ahead, Lishi Scientific Instrument will keep tackling core technologies of dynamic mechanical testing. We will convert technical inspirations and practical demands obtained at JEC WORLD 2026 into core product competitiveness.

We will continuously polish testing systems compliant with ASTM and ISO international specifications, providing more efficient and stable static and fatigue testing tools for global clients to support R&D innovation and large-scale production of composite materials.

We look forward to meeting you again at overseas exhibitions and jointly exploring more possibilities for advanced material testing.