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Simpson Angle Brackets (Model ABR, AE, E)

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Simpson Strong-Tie Angle Brackets (Model ABR, AE, E)

Simpson Strong-Tie Angle Brackets are engineered for cross-laminated timber (CLT) construction, offering heavy-gauge strength and flexibility for demanding structural connections. The ABR and AE brackets are designed for securing CLT wall panels to CLT floors or concrete slabs, while the E series focuses on CLT-to-concrete applications.

Built for today’s large-scale timber projects, these brackets provide tested load values in all directions, support multiple fastener options, and deliver dependable performance on jobsites where precision and strength are critical. Whether used in multi-story buildings, wall-to-floor assemblies, or wall-to-foundation anchoring, Simpson Strong-Tie Angle Brackets give builders the confidence of structural stability backed by proven engineering.

Built for CLT Strength and Stability

As cross-laminated timber (CLT) continues to rise in popularity for sustainable and large-scale building projects, reliable connection hardware becomes essential. Simpson Strong-Tie Angle Brackets are engineered specifically for CLT applications, providing the strength, durability, and flexibility required for secure panel-to-panel and panel-to-foundation connections. Made from heavy-gauge steel, these brackets are designed to withstand demanding loads while maintaining structural integrity over the life of the building.

ABR Angle Brackets

ABR brackets are versatile connectors designed to secure CLT wall panels to CLT floors or directly to concrete slabs. They’re built for high load capacity and cover all load directions, making them suitable for critical shear, uplift, and lateral-force applications. With the ABR255 model, anchoring to either CLT or concrete is possible, giving builders flexibility in their design and installation. Multiple fastener and anchor combinations can be selected depending on project requirements.

Key Benefits:
  • Engineered for maximum versatility in CLT-to-floor or CLT-to-concrete connections
  • Supports screws or nails with published load values
  • Heavy-gauge steel construction ensures high strength and reliability
AE Angle Brackets

The AE series provides a straightforward solution for connecting CLT wall panels to CLT floors or concrete slabs. Like the ABR, the AE bracket is fabricated for strength but offers a slightly different configuration for specific installation needs. Contractors can count on it to perform under demanding load conditions while still being simple to install.

Key Benefits:
  • Heavy-gauge steel design for dependable performance
  • Ideal for CLT wall-to-floor or wall-to-slab connections
  • Designed for efficient installation with compatible fasteners
E Angle Brackets

For projects that call for CLT-to-concrete anchoring, the E series angle brackets deliver dependable strength. A standout in this line, the E20/3 bracket is designed to handle installations where a gap of up to 2 inches exists between the CLT wall panel and the top of the concrete slab. This flexibility helps account for design tolerances or uneven conditions on the jobsite without sacrificing load capacity.

Key Benefits:
  • Reliable performance for CLT-to-concrete connections
  • Gap-tolerant design with E20/3 model supporting up to a 2" void
  • Heavy-duty build rated for high loads in multiple directions
Why Choose Simpson Angle Brackets for CLT Projects?

Cross-laminated timber is transforming modern construction, and Simpson Strong-Tie provides the connection solutions to match. With ABR, AE, and E brackets, builders can confidently design and construct large-scale timber structures knowing their connections are tested, load-rated, and built for real-world conditions. Whether anchoring to concrete or tying walls to floors, these brackets ensure a strength that exceeds code compliance.

Common Applications
  • Multi-story CLT buildings
  • CLT wall-to-floor panel connections
  • Wall-to-foundation anchoring in concrete
  • Projects requiring tolerance for installation gaps
  • Sustainable construction projects demanding precision hardware
Installation Considerations
  • Always use Simpson Strong-Tie recommended fasteners for published load values
  • Check project-specific load requirements before selecting bracket type
  • For E20/3 installations, confirm the gap size between the wall and the slab is within 2" maximum allowance
  • Consult Simpson’s technical documentation for complete design values and fastening schedules

Simpson Strong-Tie Angle Brackets (ABR, AE, E) are purpose-built for the demands of CLT construction. From high load capacity to gap-tolerant solutions, these brackets combine heavy-gauge strength with installation flexibility, ensuring every connection is as strong as the structure itself.

Frequently Asked Questions

What are Simpson Strong-Tie ABR, AE, and E angle brackets used for?

These angle brackets are designed to connect cross-laminated timber (CLT) wall panels to CLT floors or concrete slabs, providing structural stability in mass timber construction.

What is the maximum gap the E20/3 angle bracket can accommodate?

The E20/3 angle bracket has been load-rated to handle up to a 2-inch gap between the bottom of the CLT wall and the top of the concrete slab.

Are these brackets made in the USA?

Most Simpson Strong-Tie angle brackets are manufactured in the United States, ensuring quality control and reliability.

Are these brackets purely decorative?

No. While they offer a clean, architectural appearance with consistent black powder-coated styling, these brackets also serve a critical structural function. They stabilize joints at high-stress areas, maintain alignment of framing members, and provide reliable load transfer at post-to-beam intersections and corner connections.

Are these brackets suitable for use in cold climates?

The brackets are designed to perform well in cold climates. However, ensure that the fasteners and any additional materials used are suitable for low temperatures and that proper installation techniques are followed to prevent issues like frost heave.

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