300℃ Compression Test of 7mm Carbon Fiber Rebar

In high-temperature compression testing, carbon fiber bars are widely used in aerospace and high-performance structural material fields thanks to their light weight and high strength. How to accurately measure the compression properties of a 7mm carbon fiber bar at 300°C is a major challenge in materials testing. With its advanced technology, the Haytham monocular 3D high-temperature video extensometer effectively meets this testing need.

1. Non-Contact Measurement to Preserve Specimen Integrity

For high-performance carbon fiber bars, any contact measurement may damage the surface and thus affect the test results. Through optical tracking technology, the Haytham monocular 3D high-temperature video extensometer monitors the specimen's deformation in real time without contact, preserving the specimen's integrity and providing accurate data support for subsequent analysis.

2. Efficient Data Acquisition with Real-Time Output of Test Results

With the Haytham monocular 3D high-temperature video extensometer, testers can acquire deformation data of the carbon fiber bar in real time during 300°C compression testing and rapidly generate compression stress-strain curves. This efficient testing process not only improves test efficiency but also ensures that every detail is precisely recorded.

3. Wide Applicability to Meet Various High-Temperature Testing Needs

The Haytham monocular 3D high-temperature video extensometer is suitable not only for testing carbon fiber bars but can also be widely applied to mechanical performance testing such as compression and tension of other high-temperature materials. Its excellent performance and broad adaptability make it an ideal choice in the field of high-temperature testing.