The Simpson Strong-Tie HSLQ Heavy Shear Transfer Angle is engineered to deliver high-capacity load transfer in wood-to-wood connections. Designed specifically for solid sawn joists connecting into solid sawn members, this angle provides a reliable solution where lateral loads and shear forces demand serious strength. The hot-dip galvanized finish offers enhanced corrosion resistance, making it a dependable choice for both interior and exterior structural applications.

Built with precision and tested for performance, the HSLQ angle helps distribute loads efficiently while reducing the need for additional hardware or complex connection designs. Its versatile configuration and multiple size options allow you to select the right angle for your specific project requirements, whether you're reinforcing framing connections or tackling heavy structural loads.

Key Features:

• High Load Capacity: Engineered to transfer significant shear loads in wood-to-wood connections.
• Hot-Dip Galvanized Finish: Provides superior corrosion resistance for outdoor and treated lumber applications.
• Optimized Design: Reduces the need for additional connectors while maintaining structural integrity.
• Multiple Size Options: Available in various configurations to match different load requirements and framing conditions.
• Code-Compliant Performance: Designed and tested to meet industry standards for structural reliability.

Applications:

• Solid sawn joist-to-beam connections
• Wood-to-wood structural framing
• Deck and floor system reinforcement
• Heavy-duty lateral load transfer
• Residential and commercial construction projects

Installation:

• Install using the specified fasteners for optimal load performance
• Ensure all pre-punched holes are filled with the correct fastener type and size
• Align the angle properly to maintain full contact between connected members
• Follow Simpson Strong-Tie installation guidelines and local building codes
• Avoid overdriving fasteners to maintain structural integrity

California Residents: WARNING