The Simpson H2AZ H2A 18-Gauge ZMAX Galvanized Hurricane Tie by Simpson Strong-Tie is a single-sided hurricane tie engineered to make a direct connection between the rafter or truss, the top plates, and the wall studs. Designed as a value-added solution for high-wind applications, it resists uplift and lateral loads while eliminating the need for a separate top-plate-to-stud connection by capturing all three framing members simultaneously.

Key Features

• Forms part of a continuous load path to resist wind and seismic forces
• Suitable for both wood and cold-formed steel applications
• Made from 18-gauge steel
• ZMAX galvanization offers extra corrosion resistance for exterior and treated-wood applications

Specifications

• Model Number: H2AZ
• Gauge: 18
• Coating/Finish: ZMAX
• Country of Origin: United States
• Fasteners Required: (12) 0.131 in. x 1-1/2 in. nails

Downloads and Resources

• Wood Construction Connectors. View Specifications
• Connectors for Cold-Formed Steel Construction. View Specifications

Frequently Asked Questions

What framing members does the H2AZ connect?

The H2AZ makes a direct connection between the rafter or truss, the top plates, and the wall studs. By capturing all three framing members at once, it eliminates the need for a separate top-plate-to-stud connection.

What is ZMAX galvanization and why does it matter?

ZMAX galvanization is an enhanced corrosion-resistant coating that makes the H2AZ suitable for exterior applications and use with treated wood, where standard galvanization may not provide adequate protection.

Can the H2AZ be used with cold-formed steel framing?

Yes. The H2AZ is suitable for both wood and cold-formed steel applications, making it a versatile choice across a wide range of construction types.

What fasteners are required to install the H2AZ?

Installation requires (12) 0.131 in. x 1-1/2 in. nails to properly secure the hurricane tie and achieve its rated load performance.

Note: Hurricane ties do not replace solid blocking. When installing ties on plated trusses on the side opposite the truss plate, do not fasten through the truss plate from behind, as this can force the truss plate off of the truss and compromise truss performance.