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The shear strength is determined from the maximum load when punching with a punch that has a slight clearance against the inner diameter.
This test determines the shear strength based on the maximum load when punching with a punch (φ25.37mm) that has a slight clearance against the inner diameter (φ25.40mm).
It is a shear test in the direction perpendicular to the laminated surface of GFRP using a Johnson-type two-surface jig.
It is a shear test in the direction perpendicular to the laminated surface of GFRP using a Johnson-type two-surface jig.
We will conduct a static shear test of the pallet in accordance with the provisions specified in ISO 8611.
Our company conducts shear impact tests on pallets in accordance with the testing methods specified in ISO 8611. This test examines the resistance of the top and bottom deck boards, which are joined to the beams and blocks, when subjected to opposing impact forces (shear impact forces). While the JIS Z 0602 pallet tests only specify four test items, ISO 8611 categorizes them into the following three main groups, with each group further subdivided into specific test items: 1. Nominal load tests (Top/Bottom Bending, Forklifting, Compression for Block, Stacking, etc.) 2. Maximum working load tests (Top/Bottom/Airbag Bending, Forklifting, Stacking, etc.) 3. Durability tests (Static shear, Corner drop, Shear/Block/Top deck edge impact, etc.) ▼ For more details, please download the PDF document.
The purpose of this test is to evaluate the interlayer adhesion performance.
The test method is a three-point bending test with an extremely short distance between the supports, which reduces the bending component (tensile stress on the underside of the specimen). The purpose of this test is to evaluate the adhesive performance between layers.
