0.09, 3.50 - Dock Hardware

Tie Down's backing plates are made from high-quality 7 gauge steel, providing exceptional strength and durability. This ensures long-lasting performance and reliable support for your projects. We offer both 2-inch and 4-inch width options for our steel backing plates, providing flexibility and adaptability to suit various project needs. Choose the width that best fits your application for optimal performance. Each backing plate features four strategically placed holes, allowing for easy customization and precise mounting. This enables you to securely attach the plate to your desired location, ensuring stability and reliability. With Tie Down's backing plates, you can create a secure and sturdy foundation for your equipment, structures, or fixtures. Each plate undergoes stringent quality checks to meet industry standards, guaranteeing a high-quality product that you can rely on for your projects. Our backing plates find applications in a wide range of projects, from securing equipment to constructing structures, making them suitable for various industries and projects and providing a dependable solution for your mounting needs.

Tie Down's Lag Bolt Set is built to last, with bolts and flat washers hot dip galvanized for exceptional durability and resistance against corrosion. Count on this set to withstand the test of time, even in harsh environmental conditions. Each Lag Bolt Set contains 8 lag bolts, providing you with an ample supply for your docking needs. Designed specifically for attaching flotation drums to dock systems, the Lag Bolt Set offers a reliable and secure attachment solution. While primarily intended for attaching flotation drums to dock systems, the Lag Bolt Set can also be utilized for various other applications that require secure and sturdy connections. The Lag Bolt Set comes conveniently packaged, ensuring easy access and organization of the bolts and washers. This user-friendly design saves you time and effort during installation, allowing you to focus on completing your dock project efficiently.