Double Shear Hanger, Zmax Coating, Galvanized Steel

Introducing the Simpson Strong‑Tie ZMAX‑Coated Double Shear Hanger, a high‑strength steel connector built for the toughest construction demands. Constructed from hot‑dip galvanized steel and sealed with a premium ZMAX coating, it offers outstanding corrosion protection in coastal, industrial or humid settings. The double‑shear geometry delivers superior load‑transfer capability, perfect for securing beams, joists, trusses and other structural members. Designed for both commercial and residential projects, this hanger guarantees dependable performance day after day.

Benefits: The ZMAX finish extends service life by resisting rust and chemical attack, reducing maintenance costs over the building’s lifespan. Its engineered double‑shear action distributes forces evenly, enhancing structural stability and safety. Easy to install with standard bolts, it speeds up on‑site work while maintaining code‑compliant strength.

• ZMAX Protective Coating: Advanced zinc‑aluminum alloy layer that shields the steel from aggressive environments, boosting durability.
• Galvanized Steel Construction: Hot‑dip galvanization provides a robust, rust‑free base for long‑term structural integrity.
• Double Shear Design: Two‑point shear action increases load capacity and reduces deformation under heavy weights.
• Code‑Approved Ratings: Meets ASTM and AISI standards, ensuring compliance with building codes and engineering specifications.
• Simple Installation: Pre‑drilled bolt holes align with standard fasteners, cutting installation time and labor expenses.

Why Choose This Hanger: Simpson Strong‑Tie’s reputation for quality engineering backs every component, giving you confidence in the connector’s performance. The combination of ZMAX coating and galvanized steel creates a resilient solution that stands up to moisture, salt air and chemical exposure. Its high load capacity and straightforward mounting make it a go‑to choice for architects, engineers and contractors seeking reliable, cost‑effective structural support.