Simpson HU612 Description

The Simpson HU612 Heavy-Duty Face-Mount Joist Hanger is designed for robust support in various construction applications, crafted from 14-gauge steel with a G90 galvanized finish for durability and reliability.

Simpson HU612 Includes

• (1) Heavy-Duty Face-Mount Joist Hanger for 6×12

Simpson HU612 Features

• Added triangular holes for additional load capacity
• Tested, load-rated, and code compliant
• Crafted from 14-gauge steel for durability
• G90 Galvanized finish for corrosion resistance
• Versatile applications for solid sawn lumber, engineered wood, and cold-formed steel joists

Simpson HU612 Applications

• Deck Framing: Securely fastens joists to beams for added structural support.
• Floor Systems: Provides strong joist support in both residential and commercial flooring structures.
• Roof Framing: Used in truss and rafter connections for enhanced stability.
• Bridges & Boardwalks: Essential for supporting heavy timber construction projects.
• Post and Beam Construction: Ensures reliable load transfer in timber-framed structures.
• Masonry and Concrete Applications: Can be installed into CMU walls or concrete slabs with appropriate fasteners.

Simpson HU612 Installation Overview

1. Use all specified fasteners as per guidelines.
2. Can be installed filling round holes only, or filling round and triangle holes for maximum values.
3. Joists sloped up to 1/4:12 achieve table loads.
4. For installations to masonry or concrete, refer to specific guidelines.
5. Can be welded to a steel member, with load values determined by weld capacity.
6. When nailing into solid sawn carrying member’s end grain, adjust allowable load by a factor of 0.67.
7. Web stiffeners required for I-joist applications.

Simpson HU612 Specifications

Material Carbon Steel Finish G90 Galvanized Thickness 14 Gauge Width 5-1/2″ Height 9-3/8″ Joist size 6″ X 12″ Fasteners required Face – (22) 0.162″ x 3-1/2″ Nails, Joist – (8) 0.162″ x 3-1/2″ Nails For Treated Lumber No Quantity 1

NOTE: The correct fasteners installed in the correct position must be used to achieve published load values