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Advantage
1. Rapid Positioning & Installation
The T-shaped head can slide along the T-shaped groove guide rail, enabling rapid pre-positioning of bolts and significantly enhancing assembly efficiency.
No need to screw in the threads throughout the process, simplifying the installation steps (especially suitable for large equipment).
2. Anti-Rotation Stability
The T-shaped head is closely fitted with the slot, which can effectively resist torsional force when tightened, prevent the bolt from self-rotating, and ensure uniform preload.
3. High Load-Bearing Capacity
The large-area contact between the head and the groove surface disperses the load pressure. Compared with round-head bolts, the tensile strength is increased by more than 30% (taking ISO standard M12 bolts as an example, the tensile strength can reach 800MPa level).
4. Space Adaptability
The low-profile design (the head thickness is usually ≤ the bolt diameter) saves installation space and is suitable for compact structures (such as machine tool worktables, mold fixtures).
5. Adjustability & Repeat Positioning Accuracy
Slide freely along the T-slot to adjust the position, meeting the requirements of dynamic assembly. The precise slot opening can achieve a repeat positioning accuracy of ±0.1mm.
6. Anti-Vibration Loosening Performance
The mechanical interlock between the head and the channel provides dual anti-loosening protection, especially suitable for high-vibration environments (such as stamping equipment, rail transit components).
Application
Quick Positioning & Adjustment: The bolt can slide freely within the T-slot for easy positioning before locking.
Strong Clamping Force: When the nut is tightened, the T-head locks into the groove, providing a powerful clamping force perpendicular to the bolt axis.
High Flexibility: Particularly suitable for applications requiring frequent adjustments, changing configurations, or modular designs.
Space Saving: Installation simply requires sliding the bolt in from the open end of the slot; no need to reserve operational space beneath the workpiece for placing nuts (compared to regular bolts).
Advantage
1. Rapid Positioning & Installation
The T-shaped head can slide along the T-shaped groove guide rail, enabling rapid pre-positioning of bolts and significantly enhancing assembly efficiency.
No need to screw in the threads throughout the process, simplifying the installation steps (especially suitable for large equipment).
2. Anti-Rotation Stability
The T-shaped head is closely fitted with the slot, which can effectively resist torsional force when tightened, prevent the bolt from self-rotating, and ensure uniform preload.
3. High Load-Bearing Capacity
The large-area contact between the head and the groove surface disperses the load pressure. Compared with round-head bolts, the tensile strength is increased by more than 30% (taking ISO standard M12 bolts as an example, the tensile strength can reach 800MPa level).
4. Space Adaptability
The low-profile design (the head thickness is usually ≤ the bolt diameter) saves installation space and is suitable for compact structures (such as machine tool worktables, mold fixtures).
5. Adjustability & Repeat Positioning Accuracy
Slide freely along the T-slot to adjust the position, meeting the requirements of dynamic assembly. The precise slot opening can achieve a repeat positioning accuracy of ±0.1mm.
6. Anti-Vibration Loosening Performance
The mechanical interlock between the head and the channel provides dual anti-loosening protection, especially suitable for high-vibration environments (such as stamping equipment, rail transit components).
Application
Quick Positioning & Adjustment: The bolt can slide freely within the T-slot for easy positioning before locking.
Strong Clamping Force: When the nut is tightened, the T-head locks into the groove, providing a powerful clamping force perpendicular to the bolt axis.
High Flexibility: Particularly suitable for applications requiring frequent adjustments, changing configurations, or modular designs.
Space Saving: Installation simply requires sliding the bolt in from the open end of the slot; no need to reserve operational space beneath the workpiece for placing nuts (compared to regular bolts).
