Simpson Strong-Tie MIU2.56/11 Description

The Simpson Strong-Tie MIU Medium Face-Mount I-Joist Hanger is a durable, high-capacity connector designed for securing engineered wood joists in a variety of framing applications.

Simpson Strong-Tie MIU2.56/11 Includes

• (1) Face Mount I-Joist Hanger

Simpson Strong-Tie MIU2.56/11 Features

• G90 Galvanized Finish: Provides standard corrosion protection for indoor and covered exterior applications.
• Full-Height Joist Support: Minimizes joist rotation and enhances load capacity for stronger connections.
• Precision-Engineered Construction: 14-gauge steel ensures durability and reliability under heavy loads.
• Face-Mount Design: Allows direct attachment to headers and beams for a secure connection.
• Versatile Compatibility: Works with a variety of engineered wood products, including LVL, LSL, and PSL.

Simpson Strong-Tie MIU2.56/11 Applications

• Interior Floor Framing: Creates a strong, load-bearing connection between engineered wood joists and headers.
• Roof Framing: Provides superior uplift resistance, reinforcing the stability of engineered wood roof systems.
• Deck Framing (Covered Applications): Ideal for covered outdoor structures where G90 galvanized protection is sufficient.
• General Wood Construction: Used in residential and commercial projects requiring high-capacity engineered wood connections.

Simpson Strong-Tie MIU2.56/11 Installation Overview

1. Fastener Requirements: Install using 10d common nails or Simpson Strong-Tie SD screws to achieve full load capacity.
2. Face-Mount Installation: Secure the hanger to the header with all available nail holes filled for maximum strength.

Simpson Strong-Tie MIU2.56/11 Specifications

Finish G90 Galvanized Fasteners required Face – (20) 0.162″ x 3-1/2″ Nails, Joist – (2) 0.148″ x 1-1/2″ Nails For Treated Lumber No Height 11-1/16″ Joist size 2-1/2″ X 11-7/8″ Manufacturer name Simpson Strong-Tie Quantity 1 Thickness 16 Gauge Width 2-9/16″

NOTE: The correct fasteners installed in the correct position must be used to achieve published load values.