5 PCs 1/2 inch x 3-1/2 inch heavy-duty wedge concrete anchors, securely packed; ideal for anchoring heavy-duty fixtures, beams, machinery, and handrails to concrete in construction and DIY projects. Heavy-Duty Performance: Built for strength and reliability, these wedge anchors deliver exceptional holding power in solid concrete, making them ideal for securing heavy equipment, fixtures, and structures. Corrosion Resistance: Crafted from premium-grade materials, these anchors resist rust and corrosion, ensuring long-lasting durability even in outdoor or harsh environments. Easy Installation: Designed for quick and hassle-free setup, the wedge anchors are compatible with standard tools and come with clear instructions for professional-grade results every time. Versatile Applications: Perfect for a wide range of projects, including construction, industrial setups, and DIY tasks such as installing railings, shelving, and machinery. Secure your heavy-duty projects with confidence using our Heavy-Duty Wedge Anchors1/2 x 3-1/2". Specifically designed for solid concrete applications, these anchors deliver exceptional holding power for critical tasks like anchoring structural supports, heavy machinery, and steel columns. Crafted from zinc-plated carbon steel, they offer basic corrosion resistance suitable for indoor environments, ensuring durability and reliability. Each anchor includes a nut and washer, and we've provided detailed installation instructions to make the process straightforward, addressing any concerns about installation difficulty. Installation requires a hammer drill and a wrench—no specialized tools needed. Please note, they are not compatible with impact drivers or tapping screws. Once installed, these anchors provide a permanent hold and are not removable or reusable, ensuring long-term stability. Our wedge anchors meet industry standards and building codes, giving you peace of mind about safety and compliance. They're not suitable for brick, block, or drywall, which answers common questions about proper material use.
