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1. Structural Characteristics
The hinge hole bolts are crafted with precision to ensure uniform sizing, facilitating a robust and secure connection. The front thread adeptly handles fastening duties, while the rear end of the rod is ingeniously engineered for impeccable positioning and shear resistance.
2. Working Principle
Lateral Load: The inherent shear strength of the screw and the robust extrusion strength of the hole wall directly support lateral loads, eliminating dependence on frictional forces typically generated by pre-tightening.
Axial Load: Mirroring the capabilities of conventional bolts, it relies primarily on threaded connections to sustain axial loads.
Due to its unique design, the pre-tightening force requirement is considerably minimal. However, it remains critical to verify both shear and compression strengths for optimal performance.
3. Difference from Ordinary Bolts
• Matching Method: Standard bolt holes traditionally exceed the screw diameter by 0.5-1mm, representing a non-matching fit; in contrast, the hinged bolt achieves a seamless transitional fit.
• Force Mechanism: While conventional bolts necessitate significant pre-tightening force, relying on frictional resistance to counter lateral loads, the hinged bolt directly withstands shear and compression forces.
Function: Uniquely, it integrates both positioning and fastening capabilities, whereas ordinary bolts serve exclusively for fastening.
4. Application Scenarios
Ideally suited for environments with prevalent vibrations or substantial lateral loads, including metallurgical equipment, dynamic transmission systems, and advanced textile machinery.
In conclusion, hinge hole bolts redefine reliability in lateral load-bearing. Through sophisticated structural design and stress mechanism optimization, they are the perfect choice for industries demanding unwavering stability.