The Simpson Strong-Tie LF Face-Mount Joist Hanger is an economical and reliable structural connector designed to support engineered wood I-joists in residential and commercial construction. Its face-mount design provides secure joist connections while helping reduce installation time and material costs.
The LF series is ideal for applications that do not require web stiffeners. Its hanger height is designed to support the top flange of the I-joist, providing a practical solution for floor framing and other structural wood applications.
Features
- Cost-Effective Design: An economical solution for connecting engineered wood I-joists to supporting members.
- Efficient Installation: Designed to support the top flange of the I-joist, helping simplify installation.
- Flexible Applications: Accommodates joists with a skew of up to 5°.
- Sloped Joist Compatibility: Suitable for joists installed at slopes up to 1/2:12, with a 10% reduction in ultimate hanger strength.
- Optional Uplift Resistance: Features optional triangular nail holes for increased uplift resistance.
- Durable Construction: Galvanized steel construction helps protect against corrosion.
Applications
- Engineered wood I-joist connections
- Residential floor framing
- Wood structural framing
- Joist-to-header and joist-to-beam connections, where approved for the application
Specifications
- Brand: Simpson Strong-Tie
- Model / Series: HU
- Product type: Heavy-Duty Face-Mount Joist Hanger
- Material: Galvanized steel
- Material thickness: 14 gauge for standard HU models listed in the manufacturer catalogue
- Finish: Galvanized
- Colour: Silver / metallic
- Application: Wood framing and joist-to-header connections
- Category: Hangers
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Important Installation Information
Install the hanger using the manufacturer-specified fasteners and installation instructions. Do not modify the hanger. Verify the correct hanger model, joist dimensions, and required fasteners before installation. Refer to the manufacturer's technical documentation for installation requirements and load capacities.