Simpson Strong-Tie LUS24-2 (Double 2″ x 4″) Galvanized Face-Mount Joist Hanger
Simpson Strong-Tie LUS24-2 Description
The Simpson Strong-Tie LUS24-2 is a galvanized face-mount joist hanger designed for double 2×4 lumber, offering reliable structural support and corrosion resistance.
Simpson Strong-Tie LUS24-2 Includes
- (1) Galvanized Face-Mount Joist Hanger for Double 2×4
Simpson Strong-Tie LUS24-2 Features
- G90 Galvanized Finish for corrosion resistance
- Double-Shear Nailing for efficient load distribution
- Code-compliant design for safety and durability
- Versatile applications for decks, floors, and roofs
Simpson Strong-Tie LUS24-2 Applications
- Deck Construction: Provides strong, secure joist connections for elevated decks and patios.
- Floor Framing: Ensures stable load-bearing support for residential and commercial flooring systems.
- Roof Framing: Used to attach rafters and ceiling joists to beams, increasing stability in pitched roof structures.
- Pergolas & Outdoor Structures: Ideal for assembling pergolas, gazebos, and pavilions where solid wood connections are required.
- General Wood Construction: Suitable for a variety of framing applications, ensuring durability and compliance with structural requirements.
Simpson Strong-Tie LUS24-2 Installation Overview
- Use hot-dip galvanized nails or fasteners to maintain corrosion resistance and performance.
- Ensure nails are installed at the proper angle to optimize load-bearing capacity.
- Designed for face-mount applications on headers, beams, and other structural supports.
Simpson Strong-Tie LUS24-2 Specifications
| Finish | G90 Galvanized |
| Material | Carbon Steel |
| Fasteners required | Header – (4) 0.162 x 3-1/2″ Nails OR (4) #9 x 1-1/2″ SD Connector Screws; Joist – (2) 0.162 x 3-1/2″ Nails OR (2) #9 x 2-1/2″ SD Connector Screws |
| For Treated Lumber | No |
| Height | 3-1/8″ |
| Joist size | Double 2″ X 4″ |
| Manufacturer name | Simpson Strong-Tie |
| Quantity | 1 |
| Thickness | 18 Gauge |
| Width | 3-1/8″ |
NOTE: The correct fasteners installed in the correct position must be used to achieve published load values.
