HEAVY-DUTY CONSTRUCTION: Made from durable alloy steel with a galvanized finish for superior corrosion resistance. Designed for long-lasting performance in demanding structural applications.
VERSATILE MOUNTING OPTIONS: Face mount design supports a wide range of framing needs, including use as a 2x4 joist hanger or for stair stringer hanger installations in decks and fences.
IDEAL FOR MULTIPLE SIZES: Compatible with various lumber sizes such as 2x4, 2x6, and 2x8, making it suitable for joist hangers, fence brackets, and other hardware-bracket projects.
LARGE VALUE PACK: Includes 25 hardware brackets per package, providing ample supply for large construction or renovation projects. Each bracket measures 2.5 inches in depth for secure support.
RELIABLE LOAD SUPPORT: Engineered for strength and stability, perfect for use with i beam hangers and hurricane ties. Ensures safe, secure connections in residential and commercial builds.
Description
The Simpson Strong-Tie IUS2.56/11.88 Face Mount I-Joist Hanger is engineered for superior strength and reliability in wood construction projects. Made from durable alloy steel with a galvanized finish, this hardware bracket is designed for use with shallow flange I-joists and is compatible with a variety of joist sizes, including popular options like 2x4 and 2x8 joist hangers galvanized. The hybrid design combines the benefits of face mount and top mount hangers, providing flexibility for different framing applications such as deck building, stair stringer support, and i beam hanger installations. Featuring a strong-grip seat, easy-to-access face nail locations, and self-jigging locator tabs, this hanger ensures quick and accurate installation. Each package contains 25 hangers, each measuring 2.5 in. deep and weighing 17.08 lb. Please note, the product image represents the series; actual item may vary. For precise fit and installation details, refer to the manufacturer's guidelines. This joist hanger is ideal for professionals and DIYers seeking dependable support for beams, fences, and structural connections.