Funerlulu 10 Pack Aluminum Alloy 2"x4" (Actual 1.5"x3.5") Deck Railing Brackets Connectors, for Fence Stair Railing Handrail Connection Metal Deck Bracket Connectors with 60 Galvanized Screws

Features

• 【Excellent Material】Deck railing bracket is made of premium aluminum alloy, offering high strength, corrosion resistance, and excellent weather durability. It is lightweight but strong bearing capacity. The included hardened galvanized screws are durable, with deeper threads that won’t loosen, or deform, and will not cause wood to crack.
• 【Double-Coated Protection】Aluminum deck bracket is treated with electrophoresis and high-temperature powder coating for enhanced corrosion resistance. It's perfect for both the aesthetic and functional needs of outdoor deck wood railing and fence installations, not afraid of ultraviolet rays, and its suitable for long-term outdoor use, and will not rust.
• 【Unique Design】2x4 brackets are professionally designed to blend modern style with durable functionality. The appearance is stylish and simple, and can be matched with wood boards of various materials，building your own outdoor DIY. And the edge of this fence brackets has been blunted, it will not cut the skin and can be used safely.
• 【Easy to Install】No complex assembly required. Simply use a drill along with our included galvanized, rust-resistant screws to securely connect 2x4 railing handrail with the deck fence post. When used correctly, the connector will fit tightly against the wood, no gaps left.
• 【Multiple Usage Scenarios】Black deck railing brackets can be used for Entry Door Railing, Hallways Railing, Roadside Railing, Indoor Railing, Outdoor Railing, creating your perfect decking space!
• 【Superior Service】The package includes20× deck railing connectors, 120× galvanized Screws, 1× Drill Bit. We stand behind our products. Our dedicated support team is ready to assist you with any issues 24/7. Feel free to contact us, and we'll reply within 12 hours. Please exercise caution when using your drill to ensure a safe installation process.