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1. Structural Characteristics
These hinge hole bolts are precisely dimensioned to ensure a seamless and secure connection. The front thread is expertly designed for fastening, while the rear rod end takes charge of positioning and providing unparalleled shear resistance.
2. Working Principle
Lateral Load Handling: The bolt’s robust shear strength and the hole wall’s impressive extrusion strength provide direct support, eliminating the need for frictional reliance from pre-tightening forces.
Axial Load Management: Mirroring the capacity of standard bolts, these bolts primarily depend on their threaded connections to bear loads.
As a result, the pre-tightening force requirement is modest, yet it is crucial to assess both shear and compression strength concurrently.
3. Differentiation from Ordinary Bolts
• Matching Method: Unlike ordinary bolt holes which are 0.5-1mm larger than the screw, forming a non-matching fit, hinge bolts achieve a superior transitional fit.
• Force Mechanism: Ordinary bolts depend on friction from pre-tightening force to counter lateral loads, necessitating significant pre-tightening. In contrast, hinge bolts are engineered to directly handle shear and compression forces.
• Functionality: Combining the dual roles of positioning and fastening, hinge bolts exceed the capabilities of ordinary bolts, which serve solely for fastening.
4. Application Scenarios
Hinge bolts excel in environments with frequent vibrations or substantial lateral loads, including metallurgical equipment, transmission systems, and textile machinery, making them indispensable in these demanding fields.
In conclusion, through innovative structural design and stress mechanism optimization, hinge hole bolts drastically enhance lateral load reliability, rendering them ideal for industrial applications demanding stringent stability.