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Simpson Framing Angles & Bearing Plates

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Simpson Strong-Tie ZMAX Finish for Framing Angles

ZMAX is a hot-dip galvanized finish that delivers superior corrosion resistance compared to standard G90 coatings. It provides a thicker protective layer that shields steel connectors from rust and weathering. This makes it an ideal choice for outdoor structures like decks, pergolas, fences, and other projects exposed to moisture, treated lumber, or humid environments. Some ZMAX products also feature a powder-coat over the galvanized base, offering the same level of protection with an enhanced finish.

Identifying ZMAX products is simple; all you have to do is look for a “Z” at the end of the model number. Available across a wide range of Simpson Strong-Tie structural connectors, including framing angles, joist hangers, post bases, and anchors, ZMAX extends the service life of critical connections, reducing maintenance needs and ensuring long-term durability.

All Simpson Strong-Tie Framing Angles & Bearing Plates Available

Simpson Strong-Tie framing angles and bearing plates deliver reliable reinforcement for everything from light framing details to heavy timber connections. Built from durable galvanized steel and tested to meet building code requirements, these connectors save time on the jobsite and ensure consistent, structurally sound results. Whether you’re building a deck, reinforcing a wall, installing stairs, or anchoring beams, Simpson angles and plates offer proven strength and versatility backed by one of the most trusted names in construction hardware.

Simpson Angle Brackets (Models ABR, AE, E)

Angle brackets are versatile connectors designed to provide additional strength at 90° joints. These models are commonly used to secure joists, studs, or blocking where extra reinforcement is needed. They’re made from galvanized steel for corrosion resistance and come in a variety of sizes to fit different framing configurations. Contractors often rely on ABR, AE, and E brackets for light framing, shelving, and general-purpose reinforcement.

Simpson Angles & Plates (Models LTP4, LTP5, A34, A35)

These small, light-gauge angles and plates are frequently used for reinforcing corners, splices, or cross-bracing. Models like the LTP4 and LTP5 twist straps help transfer tension loads across joints, while A34 and A35 framing angles are popular for connecting studs to plates or adding strength to trusses. Their compact size makes them ideal for reinforcing critical stress points without adding bulk to the structure.

Simpson Angles (Model A)

General-purpose Model A angles are multipurpose connectors that work for wood-to-wood, wood-to-masonry, or wood-to-concrete applications. They’re often used in deck framing, furniture construction, and interior framing projects where consistent 90° connections are needed. Their pre-punched holes allow flexibility in fastener placement and simplify installation.

Simpson Angles (Models ML24, ML26)

Medium-length ML24 and ML26 angles are designed for larger connections that require more surface area contact. These longer angles help reinforce beam-to-post or girder-to-girder connections where added strength and stability are essential. Their size makes them particularly useful in deck framing, pergolas, and outdoor structural assemblies.

Simpson Bearing Plates

Bearing plates distribute loads from beams, trusses, or posts into supporting members, preventing wood crushing under heavy structural weight. They are commonly used at the base of posts or under truss seats, especially in high-load or tall-wall framing. Bearing plates are essential in engineered designs where concentrated loads need to be spread safely into supporting framing or foundations.

Simpson Heavy Angles (Model HL)

Heavy angles provide a strong connection for load-bearing joints in heavy timber or commercial framing applications. Built from thicker steel, Model HL angles are suited for connecting large beams, trusses, or girders in applications where standard light-gauge connectors aren’t strong enough. They are frequently used in post-frame buildings, warehouses, and heavy wood framing.

Simpson Heavy Shear Transfer Angle (Model HSLQ)

The HSLQ shear transfer angle is engineered for structural applications that require transferring lateral or shear forces from framing into foundations or shear walls. It’s often used in seismic and wind-load designs, helping buildings resist racking or sideways movement. With its heavy-duty build and pre-punched anchor holes, it provides secure connections between wood framing and concrete or masonry walls.

Simpson Reinforcing & Skewable Angles (Models L, LS, GA)

Reinforcing and skewable angles offer flexibility for non-standard framing layouts. Model L reinforcing angles provide straightforward 90° reinforcement, while Model LS skewable angles can be bent to the required angle on-site, making them perfect for irregular or angled joints. GA gusset angles provide additional reinforcement for trusses, rafters, or other angled framing. These models are widely used in custom carpentry, roof framing, and retrofit projects.

Simpson Staircase Angles (Model TA)

Staircase angles are pre-engineered connectors designed specifically for stair stringer attachment. They simplify installation by providing consistent alignment and structural support at the connection point between stair stringers and ledgers, headers, or rim joists. Model TA angles save builders time while ensuring stairs meet code requirements for safety and stability.

Frequently Asked Questions

What’s the difference between reinforcing angles (L) and gusset angles (GA)?

Reinforcing angles (L) are fixed 90° connectors for standard joints, while gusset angles (GA) provide extra reinforcement at truss or rafter intersections, adding strength to angled connections.

How do staircase angles (TA) help compared to cutting notches in stringers?

Staircase angles allow stair stringers to be attached directly to rim boards or ledgers without excessive cutting. This reduces the chance of stringer failure and speeds up stair installation.

How do Simpson A34 and A35 framing angles differ from LTP twist straps?

A34 and A35 angles are compact connectors that reinforce stud-to-plate or corner joints, while LTP4 and LTP5 twist straps are longer and designed to transfer tension loads across larger framing spans.

Do I need special fasteners for Simpson framing angles?

Yes. Simpson specifies nails or Strong-Drive® SDS screws depending on the connector type. Using the correct fasteners is essential for maintaining the rated load capacity of the connector.

Are bearing plates only for post bases?

No. Bearing plates are also used under trusses, beams, or tall wall connections to spread concentrated loads into supporting members. They’re essential wherever crushing forces could damage wood fibers.

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