Shark Fin Sleeve Anchor Bolt Zinc Plated – High-Strength, Customizable Fastening Solution for Industrial and Construction Applications Our Shark Fin
Sleeve Anchor Bolt with zinc plating is engineered for maximum reliability in demanding environments. Designed using premium-grade steel, this
Anchor Bolt delivers exceptional load-bearing capacity, corrosion resistance, and long-term durability—making it ideal for both structural and industrial installations across global markets. Whether you're securing heavy equipment, mounting frameworks, or reinforcing concrete structures, this fastener ensures secure anchoring performance under extreme conditions. Key Features: - Premium Steel Construction: Built from high-tensile alloy steel, the anchor bolt resists deformation and fatigue, offering extended service life even in harsh climates. - Anti-Skid Shark Fin Sleeve Design: Enhances grip during installation and prevents slippage, enabling faster and more efficient assembly without compromising safety. - Zinc-Coated Finish: Provides excellent protection against rust and environmental degradation, ensuring consistent performance over time. - Multiple Strength Grades: Available in grades 4.8, 6.8, 8.8, 10.9, and 12.9 to match specific project requirements—from light-duty fixtures to heavy-load structural supports. - Color Customization Options: Choose from silver, brown, or yellow finishes to align with aesthetic needs or site-specific identification systems. - Easy Installation Process: The uncoated polished thread design allows smooth threading and reduces torque resistance, streamlining on-site application. - Robust Packaging: Each unit is individually sealed in plastic bags, packed securely in cartons, and stacked on pallets to prevent damage during transit and storage. Detailed Description: This Shark Fin Sleeve Anchor Bolt represents a versatile and high-performance anchoring solution tailored for modern construction and engineering projects worldwide. Unlike traditional expansion anchors, its unique shark fin sleeve geometry provides superior radial expansion force, distributing stress evenly across the surrounding material. This feature minimizes crack formation in masonry and concrete substrates while maximizing holding power. With optional washers and hex bolts included in various configurations (e.g., 3-piece or 4-piece kits), users can choose between single-point fixation or multi-fastener setups depending on their structural demands. The product also supports customization for non-standard lengths, diameters, and coating types, allowing contractors and engineers to meet precise specifications for commercial buildings, infrastructure projects, and manufacturing facilities. Ideal Use Cases: - Mounting heavy machinery and industrial equipment on concrete floors - Securing steel frames, scaffolding, and temporary structures - Installing electrical panels, signage, and utility poles - Reinforcing partitions and wall systems in commercial buildings - Anchoring components in seismic-prone areas where vibration resistance is critical Customer Feedback: Users consistently praise the anchor’s ease of installation and reliable performance across diverse materials such as reinforced concrete, brick, and blockwork. Many highlight how the zinc finish maintains integrity even after prolonged exposure to moisture, making it suitable for coastal or humid environments. Contractors appreciate the customizable options that reduce inventory complexity by allowing one product to serve multiple applications. Frequently Asked Questions: What makes this anchor bolt different from standard
Sleeve Anchors? The shark fin sleeve design offers improved gripping action and reduced risk of pull-out failure compared to conventional cylindrical sleeves. Its optimized geometry increases contact surface area and enhances clamping force. Can I use this anchor in wet or corrosive environments? Yes, the zinc-plated finish provides effective barrier protection against moisture and chemical exposure, making it well-suited for marine, agricultural, and industrial settings. Is there a minimum or maximum embedment depth required? Embedment depth should follow manufacturer guidelines based on grade and substrate type—for example, 40–60 mm for typical concrete applications. Always refer to technical data sheets for exact values. How do I select the correct strength grade for my project? Grade 4.8 is suitable for general-purpose applications; Grade 8.8 and above are recommended for structural connections requiring higher tensile strength. Consult engineering standards or a qualified professional when selecting for critical load-bearing tasks.
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