ASTM C363
Honeycomb Material Test
The composite honeycomb material test is an important method for evaluating its mechanical properties. The test is strictly conducted in accordance with relevant ASTM standards, with core items including ASTM D1781 (Climbing Drum Peel Test), ASTM C273 (Honeycomb Core Shear Test), ASTM C297 (Flatwise Tensile Bond Strength Test), ASTM C364 (Edgewise Compression Test), and ASTM C393 (Honeycomb Core Flexural Strength Test).
The test can adopt LSI's professional solutions. The test fixtures are made of high-quality steel and precision-machined to control fit tolerances and surface finish, which can reduce parasitic stress and misalignment, ensuring reliable data. For strain measurement, LSI's video extensometer is recommended. It can track the specimen status without contact, avoiding the influence of additional loads and adapting to the experimental environment requirements.
The test procedures and software comply with the latest international standards and the requirements of OEMs such as Boeing and Airbus. Through the test, key performance parameters of honeycomb materials such as peel, shear, tension, and bending can be obtained, providing authoritative data support for their application in various structures.
The test can adopt LSI's professional solutions. The test fixtures are made of high-quality steel and precision-machined to control fit tolerances and surface finish, which can reduce parasitic stress and misalignment, ensuring reliable data. For strain measurement, LSI's video extensometer is recommended. It can track the specimen status without contact, avoiding the influence of additional loads and adapting to the experimental environment requirements.
The test procedures and software comply with the latest international standards and the requirements of OEMs such as Boeing and Airbus. Through the test, key performance parameters of honeycomb materials such as peel, shear, tension, and bending can be obtained, providing authoritative data support for their application in various structures.
