Zinc Plated Eye
Bolt Expansion Anchor Tie WireAnchor – Reliable Fastening Solution for Construction & Industrial Applications This zinc-plated eye bolt expansion anchor, commonly known as a
Tie Wire Anchor, is a high-performance mechanical fastener engineered for secure anchoring in normal-weight concrete and concrete over metal decks. Designed with a wedge-style mechanism and a tri-segmented dual-embossed clip, this anchor delivers exceptional holding strength while simplifying installation—ideal for acoustic ceiling grid systems, structural support, and general building applications across global markets. Key Features: - Corrosion-resistant zinc coating ensures long-term durability in humid or industrial environments - Wedge-type expansion design provides reliable grip in concrete substrates - Easy installation using just the claw of a hammer—no special tools required - Available in multiple sizes, materials, and packaging options to suit diverse project needs - Ideal for both new construction and retrofitting projects Detailed Description: The Tie Wire Anchor combines engineering precision with practical usability. Its unique tri-segmented body expands uniformly when installed, creating a strong friction fit within the drilled hole. The dual-embossed clip enhances torque resistance and prevents rotation under load, making it particularly suitable for applications where vibration or dynamic forces are present. Unlike traditional anchors that require drilling and tapping, this tie wire anchor can be quickly driven into place and then set by applying outward pressure with a hammer claw. This makes it a preferred choice among contractors, engineers, and facility managers seeking efficiency without compromising safety or performance. Common Use Cases: - Acoustic ceiling grid installations in commercial buildings, schools, and hospitals - Mounting HVAC ducts, electrical conduits, and lighting fixtures in concrete ceilings - Structural reinforcement in bridges, tunnels, and railway infrastructure - Anchoring utility supports in petrochemical plants, shipyards, and manufacturing facilities - Temporary or permanent fastening in marine environments and offshore platforms Customer Feedback: Users consistently praise the anchor’s ease of use and reliability. Many report significant time savings during installation compared to other
Sleeve Anchors or toggle bolts. Professionals working on large-scale construction sites appreciate its consistent performance across different concrete densities—from standard mix to lightweight aggregate concrete—and note that the zinc finish resists rust even in coastal or high-moisture settings. One contractor from Germany remarked: “This anchor has become our go-to solution for suspended ceilings—it holds firm, installs fast, and looks clean after completion.” Frequently Asked Questions: What type of concrete is best suited for this anchor? It performs optimally in normal-weight concrete (140–150 lb/ft³) and concrete over metal decking, but not recommended for hollow blocks or lightweight aggregates unless specified by manufacturer guidelines. Is it reusable? No, once expanded, the anchor cannot be removed and reused safely due to deformation of the internal wedges. Can it handle heavy loads? Yes, depending on size and embedment depth, these anchors support tensile and shear loads up to 1,200 lbs (5.3 kN), making them ideal for medium-duty applications. How does it compare to other anchors like toggle bolts or masonry screws? Unlike toggle bolts, which rely on mechanical expansion behind the wall, this anchor uses direct wedging action inside the hole, offering more predictable pull-out resistance. Compared to masonry screws, it offers superior reusability potential and higher load capacity in thicker concrete slabs. For professionals seeking a dependable, corrosion-resistant, and easy-to-install anchoring system, the Zinc Plated Eye Bolt Expansion Anchor stands out as a versatile solution for modern construction and industrial maintenance worldwide.
Product Categories : Sleeve Anchor > Tie Wire Anchor
