Get Your Simpson Strong-tie Acbh3x15.37-r1 (3" X 15-3/8") Joist-to-beam Concealed Hanger Aluminum (1 Pair) For Home [S8psWfIg]

Simpson Strong-Tie ACBH3X15.37-R1 Joist-to-Beam Hanger

The Simpson Strong-Tie ACBH3X15.37-R1 Joist-to-Beam Hanger is a top-tier solution for engineered wood construction. Engineered for high capacity and architectural aesthetics, this concealed hanger is designed to elevate your construction projects to new heights. With its robust design and concealed installation, it ensures both structural integrity and an aesthetically pleasing finish. Key features include high capacity, concealed for architectural aesthetics, and fire-rated performance, making it an ideal choice for a wide range of applications.

Product Specifications and Technical Details

The ACBH3X15.37-R1 hanger is crafted from durable aluminum, providing excellent strength and corrosion resistance. It measures 15-3/8" in height and 3" in width, ensuring a perfect fit for various beam-to-column connections. The package includes two ACBH 3x15.37 Concealed Beam Hanger Backplates, designed for easy installation. This hanger is equipped with SDCF22614 screws, ensuring secure and long-lasting connections. Its technical specifications include one- and two-hour fire resistance ratings per ASTM E119, making it suitable for seismic design categories A and B, and beam-to-beam connections in any seismic design category.

Applications and Benefits

The Simpson Strong-Tie ACBH3X15.37-R1 Joist-to-Beam Hanger is perfect for a variety of applications, including mass timber and engineered wood beam-to-column connections, architectural and exposed-framing projects, and residential, commercial, and institutional buildings. Its concealed design makes it an excellent choice for projects where visible hardware is undesirable. The hanger's high capacity and fire-rated performance ensure that your construction will meet the highest safety standards. By using this product, you can achieve a professional, aesthetically pleasing finish that will stand the test of time.