The Simpson MBHAR3.56/16 Masonry Hanger is a precision-engineered, single-piece, non-welded connector designed for top-flange applications in concrete and masonry construction. Pre-skewed 45 degrees to the right, this hanger provides a reliable, code-compliant connection for solid sawn lumber, truss assemblies, and engineered wood products. Constructed from 10-gauge steel with a G90 galvanized finish, the MBHAR3.56/16 delivers durable corrosion resistance suited for demanding structural environments. With a width of 3-9/16 inches and a height of 16 inches, this hanger is built to accommodate a broad range of framing configurations where a right-skewed connection is required.

Key Features

• Single-Piece, Non-Welded Construction: Provides consistent structural integrity without weld points that could introduce failure zones.
• Pre-Skewed 45 Degrees Right: Factory-set skew angle eliminates field modification and ensures precise, repeatable installation.
• G90 Galvanized Finish: Offers corrosion protection suitable for exposure to moisture and the elements in masonry and concrete environments.
• 10-Gauge Steel Material: Heavy-duty gauge delivers the strength required for demanding load applications.
• Top-Flange Design: Compatible with solid sawn, truss, and engineered wood products for versatile structural use.
• High Load Capacity: Supports a maximum allowable download of 3,495 lb. and 1,585 lb. uplift for height 7-1/4"; for all other models, the table-listed download and uplift is 2,390 lb.
• Made in the United States: Manufactured domestically to consistent quality standards.

Specifications

• Manufacturer Part Number (MPN): MBHAR3.56/16
• Width (W): 3-9/16 in.
• Height (H): 16 in.
• Material: 10-gauge steel
• Finish: G90 Galvanized
• Skew Direction: Right (45 degrees)
• Connector Type: Top-Flange Masonry Hanger
• Construction: Single-piece, non-welded
• Maximum Allowable Download: 3,495 lb. (height 7-1/4"); 2,390 lb. (all other models)
• Maximum Allowable Uplift: 1,585 lb. (height 7-1/4"); 2,390 lb. (all other models)
• Country of Origin: United States

Approved Applications

• Concrete and masonry top-flange hanger installations requiring a right-skewed connection
• Solid sawn lumber framing connections into masonry or concrete bearing walls
• Truss-to-masonry connections where a 45-degree right skew is required
• Engineered wood product connections in concrete and masonry applications
• Structural framing projects demanding corrosion-resistant, high-load connectors

What's Included

• 1 x Simpson MBHAR3.56/16 Masonry Hanger, Skewed 45 Degrees Right

• Seat can be skewed at 45 deg. only.
• Contact us for Configurable Options and Special orders
• The maximum allowable download is 3,495 lb. and 1,585 lb. uplift for height 7 1/4". For all other models, use the table listed download and uplift of 2,390 lb. Order MBHAR for skew right and MBHAL for skew left.

Frequently Asked Questions

What types of lumber and framing members is the MBHAR3.56/16 compatible with?

The MBHAR3.56/16 is designed for use with solid sawn lumber, truss assemblies, and engineered wood products, making it suitable for a broad range of framing configurations in concrete and masonry construction.

What is the skew angle of this hanger, and does it need to be adjusted in the field?

This hanger comes pre-skewed 45 degrees to the right from the factory. No field modification is required, which ensures a precise and repeatable installation every time.

What are the load capacities for the MBHAR3.56/16?

For the 7-1/4" height configuration, the hanger supports a maximum allowable download of 3,495 lb. and an uplift of 1,585 lb. For all other height configurations, the allowable download and uplift values are as listed in the load table.

What material and finish is used on the MBHAR3.56/16, and is it suitable for moisture-exposed environments?

The MBHAR3.56/16 is constructed from 10-gauge steel with a G90 galvanized finish. This finish provides corrosion resistance suitable for exposure to moisture and the elements in masonry and concrete environments.