Simpson Strong-tie LUS28 Joist Hanger 18 Gauge 2x8

Product Description

The SIMPSON STRONG-TIE LUS28 is an 18-gauge steel joist hanger engineered for standard 2x8 lumber framing connections. Designed for economical, high-volume residential and light commercial framing, it transfers vertical loads from joists to headers, beams, or rim boards with consistent structural reliability. The LUS28 uses a double-shear nailing pattern that distributes load through two points on each joist nail, increasing connection strength without requiring specialty fasteners. Common nails are compatible, keeping fastener costs low and installation straightforward. Framers, carpenters, and structural contractors install this hanger as a standard component in floor and roof framing assemblies.

The LUS28 is suited for floor joist, ceiling joist, and rafter connections where 2x8 dimensional lumber is the primary framing member. It is commonly installed in platform-frame residential construction, wood-framed commercial projects, and deck framing where code-compliant metal connector hardware is required. The double-shear design allows fewer nails per connection compared to single-shear alternatives, reducing installation time on large framing runs.

Key Features

• 18-gauge steel construction for structural load transfer in standard framing applications
• Double-shear nailing distributes load across two points per joist nail for increased connection strength
• Compatible with all common nails — no specialty fasteners required
• Designed for 2x8 dimensional lumber for consistent, repeatable fitment
• Economical per-unit cost supports high-quantity framing projects
• Straightforward installation reduces labor time on production framing

Compatibility

Designed as an OEM-style connector for standard 2x8 dimensional lumber in wood-framed floor, ceiling, and roof framing assemblies.

Installation Notes

Installation is performed by framers or carpenters during rough framing. Seat the hanger fully against the carrying member before nailing to ensure proper load path alignment. Drive all required nails through the designated nail holes — do not skip holes, as connection capacity depends on full nailing. Verify local building code and applicable load tables for the specific application before installation.