Why Flange Bolts
Flange Bolts integrate washer functionality into their design, which reduces assembly time, improves sealing capability, and is more suitable for heavy loads. Flange bolts provide a more secure connection by distributing clamping force over a larger surface area, which eliminates the need for a separate washer. As a result, flange bolts are ideal for applications where vibration, heavy loads, or potential for leaks are significant concerns. They are heavily used in the automotive and construction industries where they offer improved stability and reliability compared to standard bolts with washers.
- Integrated washer design: The flange under the bolt head acts as a built-in washer, distributing the clamping force evenly across the surface and reduces the risk of damage to the material being fastened.
- Reduced assembly time: By eliminating the need for a separate washer, flange bolts simplify the fastening process.
- Improved sealing capability: The wider contact area provided by the flange can help create a better seal, preventing leaks in applications where fluid tightness is crucial.
- Suitable for heavy loads: The design of flange bolts makes them well-suited for applications with high clamping forces and vibration.
Why Flange Nuts
Flange nuts integrate washer functionality into their design which improves load distribution, simplified assembly, and vibration resistance. Flange nuts have a built-in flange that acts like a washer, distributing the clamping force over a larger surface area on the material being fastened. As a result, this reduces the risk of damage to the part and makes it less likely to loosen due to vibrations or uneven surfaces. Essentially, this eliminates the need for a separate washer in most applications.
- Improved load distribution: The wide flange spreads the pressure evenly across the surface, preventing localized stress points and potential damage to the material.
- Simplified assembly: Eliminates the need to install a separate washer, streamlining the fastening process.
- Vibration resistance: By distributing the load more evenly, flange nuts are less likely to loosen under vibrations compared to regular nuts.
- Suitable for uneven surfaces: The flange nut can accommodate slight irregularities in the surface being fastened.
Why Sockets Head Cap Screws
Socket head cap screws offer a compact design, high clamping force, and excellent resistance to cam-out due to their hex socket drive. This makes sockets ideal for tight spaces where a low profile is needed and allows for secure fastening with minimal clearance requirements. Sockets are often used in applications where a traditional bolt and nut combination wouldn't fit properly, and they provide a clean aesthetic when installed flush with the surface because of their cylindrical head shape.
- Space-saving design: Their compact, cylindrical head takes up less space compared to other screw types, making them perfect for tight areas.
- High torque capacity: The hex socket drive allows for greater torque application, resulting in a stronger and more secure joint.
- Cam-out resistance: The multiple contact points on the hex socket minimize the risk of the screw slipping out of the driver during tightening.
- Clean appearance: When installed in a counterbored hole, the head sits flush with the surface, providing a neat finish.