đźšš Free Worldwide Shipping on All Orders!Shop Now
HomeStore

Simpson Strong-Tie MIT411.88 (3-1/2" x 11-7/8") Galvanized Top-Flange Joist Hanger for Engineered Wood

Product image 1
Product image 2
Product image 3
Product image 4
Product image 5
Product image 6

Simpson Strong-Tie MIT411.88 (3-1/2" x 11-7/8") Galvanized Top-Flange Joist Hanger for Engineered Wood

Simpson Strong-Tie MIT411.88 Description

The Simpson Strong-Tie MIT411.88 Top-Flange Joist Hanger provides a reliable and concealed connection for engineered wood I-joists, ideal for residential, multifamily, and commercial construction.

Simpson Strong-Tie MIT411.88 Includes

  • (1) MIT411.88 Top-Flange Joist Hanger

Simpson Strong-Tie MIT411.88 Features

  • Reliable concealed connection for engineered wood I-joists
  • Precision-formed steel construction
  • Top-flange design for flush installation
  • Tested to exceed code requirements
  • Versatile for various framing applications

Simpson Strong-Tie MIT411.88 Applications

  • Floor Joist Connections: Securely connects I-joists to supporting beams in wood floor systems.
  • Multi-Family Framing: Ideal for repetitive framing layouts and tight spacing in apartment and condo construction.
  • Commercial Wood Construction: Provides high-load capacity for larger wood framing projects.
  • Flush Beam Systems: Top-flange profile allows for flush installation with minimal height buildup.
  • Offset Joist Conditions: Compatible with applications requiring minor adjustments in joist alignment.

Simpson Strong-Tie MIT411.88 Installation Overview

  1. Ensure the hanger is flush with the header or beam surface.
  2. Use all specified fasteners to achieve full load capacity.
  3. Do not bend or modify the hanger.
  4. Follow manufacturer guidelines for proper fastener schedule.
  5. Install hangers flush with the header or beam surface.

Simpson Strong-Tie MIT411.88 Specifications

Finish G90 Galvanized
Thickness 16 Gauge
Width 3-9/16"
Height 11-7/8"
Joist size 3-1/2" X 11-7/8"
For Treated Lumber No

NOTE: Ensure all specified fasteners are used and installed correctly to achieve published load values.

$3.57

Original: $11.89

-70%
Simpson Strong-Tie MIT411.88 (3-1/2" x 11-7/8") Galvanized Top-Flange Joist Hanger for Engineered Wood—

$11.89

$3.57

Product Information

Shipping & Returns

Description

Simpson Strong-Tie MIT411.88 Description

The Simpson Strong-Tie MIT411.88 Top-Flange Joist Hanger provides a reliable and concealed connection for engineered wood I-joists, ideal for residential, multifamily, and commercial construction.

Simpson Strong-Tie MIT411.88 Includes

  • (1) MIT411.88 Top-Flange Joist Hanger

Simpson Strong-Tie MIT411.88 Features

  • Reliable concealed connection for engineered wood I-joists
  • Precision-formed steel construction
  • Top-flange design for flush installation
  • Tested to exceed code requirements
  • Versatile for various framing applications

Simpson Strong-Tie MIT411.88 Applications

  • Floor Joist Connections: Securely connects I-joists to supporting beams in wood floor systems.
  • Multi-Family Framing: Ideal for repetitive framing layouts and tight spacing in apartment and condo construction.
  • Commercial Wood Construction: Provides high-load capacity for larger wood framing projects.
  • Flush Beam Systems: Top-flange profile allows for flush installation with minimal height buildup.
  • Offset Joist Conditions: Compatible with applications requiring minor adjustments in joist alignment.

Simpson Strong-Tie MIT411.88 Installation Overview

  1. Ensure the hanger is flush with the header or beam surface.
  2. Use all specified fasteners to achieve full load capacity.
  3. Do not bend or modify the hanger.
  4. Follow manufacturer guidelines for proper fastener schedule.
  5. Install hangers flush with the header or beam surface.

Simpson Strong-Tie MIT411.88 Specifications

Finish G90 Galvanized
Thickness 16 Gauge
Width 3-9/16"
Height 11-7/8"
Joist size 3-1/2" X 11-7/8"
For Treated Lumber No

NOTE: Ensure all specified fasteners are used and installed correctly to achieve published load values.