The Simpson TBE6 Truss Bearing Enhancer is a structurally engineered connector from Simpson Strong-Tie designed to transfer load from a truss or girder to plates in bearing-limited conditions while delivering exceptional uplift capacity. Built from 18-gauge steel with a G90 zinc galvanized finish, this truss-to-plate connector replaces the guesswork and limitations of nail-on scabs with a single, code-compliant solution that engineers specify and contractors rely on across residential and light commercial framing applications.

Key Features

• Transfers load from the truss or girder to plates for bearing-limited conditions and provides exceptional uplift capacity - directly addresses bearing deficiencies at the truss-to-top-plate connection, keeping your structure safe and code-compliant without costly workarounds.
• Replaces nail-on scabs that provide lower load transfer, or in some cases, an additional ply when needed for bearing - eliminates a weaker field fix and reduces material and labor costs by handling the same demand with one engineered connector.
• One size works with any number of girder plies - simplifies procurement and jobsite inventory because a single connector covers multiple girder configurations without requiring different SKUs.
• 18-gauge steel construction - provides a robust, rigid connector profile that holds its shape during installation and under structural load.
• Zinc Galvanized G90 coating - adds a layer of corrosion resistance that extends the service life of the connection in demanding framing environments.
• Engineer trusted and contractor proven quality from Simpson Strong-Tie - backed by the rigorous engineering, testing, and manufacturing standards that make Simpson Strong-Tie connectors the go-to choice for structural applications.

Why This Product

• Solves bearing-limited conditions cleanly - instead of relying on nail-on scabs or adding an extra girder ply, this truss bearing enhancer resolves the load transfer problem at the plate with a single, purpose-built connector, saving time and reducing unnecessary framing material.
• Versatile across girder configurations - because one size accommodates any number of girder plies, this connector adapts to varying structural layouts without requiring a different part for each scenario, making it a practical staple for truss framing projects.
• Built-in corrosion protection - the G90 zinc galvanized finish means the connector is ready for the moisture and environmental exposure typical of new construction framing, without requiring additional field treatment.
• Confidence backed by Simpson Strong-Tie engineering - connectors from Simpson Strong-Tie are engineered, tested, and manufactured to meet high quality standards, giving architects, structural engineers, and builders a reliable reference point when specifying truss-to-plate connections.

Specifications

• Manufacturer Part Number (MPN): TBE6
• Brand: Simpson Strong-Tie
• Member Size: 2x6 top plate
• Gauge: 18
• Coating: Zinc Galvanized, G90
• Finish: Zinc Galvanized, G90
• Country of Origin: United States

Frequently Asked Questions

What does the TBE6 do that nail-on scabs cannot?

The TBE6 transfers load from the truss or girder to plates for bearing-limited conditions and provides exceptional uplift capacity - performance that nail-on scabs cannot match. Nail-on scabs provide lower load transfer and may require an additional ply for bearing, whereas the TBE6 handles these demands with a single engineered connector.

What top plate size is the TBE6 compatible with?

The TBE6 is designed for use with a nominal 2x6 top plate.

Does the TBE6 work with girders that have multiple plies?

Yes. One size of the TBE6 works with any number of girder plies, making it a versatile solution for a wide range of structural configurations without requiring multiple connector sizes.

What material and corrosion protection does the TBE6 have?

The TBE6 is made from 18-gauge steel and features a Zinc Galvanized (G90) coating, providing extra corrosion resistance suitable for demanding construction environments.