本次試驗嚴格遵循ISO2415標準及國內特種設備安全技術規范，模擬了極端工況下的受力場景。試驗中，弓形卸扣被固定在液壓拉力試驗機上，通過逐步增加載荷至額定工作負荷的4倍以上，檢測其變形、斷裂臨界點及材料穩定性。  

This test strictly follows the ISO2415 international standard and the national special equipment safety technical specifications, simulating the stress scenarios under extreme working conditions. During the test, the bow shackle was fixed on a hydraulic tensile testing machine, and its deformation, critical breaking point and material stability were tested by gradually increasing the load to more than 4 times the rated working load.

 測試數據顯示，該卸扣在達到25噸極限拉力時仍保持結構完整，卸扣本體無裂紋、螺紋無滑絲，卸扣銷軸未發生塑性變形，完全符合“破斷負荷不低于額定負荷4倍”的行業安全要求

Test data shows that the shackle remains structurally intact when reaching the ultimate tensile force of 25 tons, the shackle body has no cracks, the thread has no slipping, and the shackle pin has no plastic deformation, which fully meets the industry safety requirements of "breaking load is not less than 4 times the rated load".

作為起重吊裝、船舶錨固等領域的關鍵連接件，弓形卸扣的安全性能直接關系作業人員生命及設備安全。此次試驗通過后，該產品已獲得國內船級社（CCS）、歐盟CE等多國認證，預計將廣泛應用于海上風電安裝、橋梁建設等重大項目。  

As a key connector in the fields of lifting, hoisting, ship anchoring, etc., the safety performance of the bow shackle is directly related to the life of operators and the safety of equipment. After passing this test, the product has obtained certifications from China Classification Society (CCS), EU CE and other countries, and is expected to be widely used in major projects such as offshore wind power installation and bridge construction.