Hex Flange Bolts

Hex Flange Bolts for Strength and Structural Integrity

Hex flange bolts are threaded fasteners with a hexagonal head and integrated flange that distributes load evenly. They are widely used in steel construction to connect beams, columns, plates, and machinery components. At Steel & Prefabs, we supply hex flange bolts designed for high-strength, precision fit, and long-term reliability.

A bolt is only as strong as its material and installation. Cheap or misfit bolts compromise structural safety.

Why Hex Flange Bolts Matter

In steel buildings, connections are critical. Structural hex flange bolts:

• Provide uniform load distribution thanks to the flange

• Reduce the need for separate washers

• Ensure secure fastening under vibration and dynamic loads

• Maintain structural integrity over time

Incorrect bolt grade, size, or installation can lead to joint failure, misalignment, or costly repairs.

Designed for Real Structural Loads

Our steel hex flange bolts are manufactured to industry standards and selected based on application, load, and environmental exposure.

Key considerations:

• Bolt diameter, length, and thread type

• Tensile strength and material grade

• Compatibility with plates, beams, and columns

• Corrosion resistance for long-term performance

This ensures that every connection in your structure performs safely.

Common Applications

Hex flange bolts are commonly used in:

• Prefabricated steel buildings

• Industrial warehouses and godowns

• Mezzanine floors

• Heavy machinery installations

• Structural steel frameworks

Bolts are coordinated with base plates, bearing plates, and other connectors to ensure complete structural performance.

Safety and Reliability First

Fasteners are small, but their failure is catastrophic. Proper hex flange bolts provide secure connections, prevent loosening, and maintain alignment.

If you need hex flange bolts in Kenya that are strong, durable, and engineered for industrial use, Steel & Prefabs delivers solutions built for real structural demands.