antiskid sleeve anchor with shark fin wholesale

Anti-Skid Shark Fin Type Sleeve Anchor – High-Performance Concrete Fastening Solution for Industrial and Construction Applications

The Anti-Skid Shark Fin Type Sleeve Anchor is a precision-engineered fastening system designed to deliver superior anchoring strength in concrete, masonry, and other structural substrates. This innovative anchor features a unique shark fin profile that enhances grip and load distribution, making it ideal for demanding environments where reliability and safety are paramount. Whether used in heavy-duty infrastructure projects or specialized industrial installations, this sleeve anchor offers consistent performance across a wide range of diameters and applications.

Manufactured with strict adherence to international standards such as BSW, ASTM, and ASME, the anchor is available in both carbon steel (ASTM A234 WPB, Q195) and stainless steel variants (A403 WP304, 316, 321, 347), ensuring corrosion resistance, durability, and compliance with global engineering specifications. Its modular size range—from 3/16” to 3/4”—and flange length options from 40mm to 160mm provide flexibility for diverse installation requirements, including seismic zones, high-wind areas, and chemical exposure scenarios.

Key features include anti-rotation design elements that prevent loosening under dynamic loads, enhanced pull-out resistance due to the serrated sleeve geometry, and smooth insertion without requiring special tools. The anchor’s robust construction ensures long-term stability even under extreme temperature fluctuations, making it suitable for use in power plants, oil refineries, shipyards, nuclear facilities, and renewable energy infrastructure like solar mounting systems. Additionally, its packaging—typically in jute bags with inner boxes and cartons—supports safe transport and storage while allowing customization based on client needs.

This product excels in applications involving structural reinforcement, equipment anchoring, pipe supports, railings, scaffolding, and photovoltaic racking systems. It is particularly favored by engineers and contractors working on commercial buildings, bridges, offshore platforms, and utility structures where failure is not an option. The combination of mechanical interlock, material integrity, and precise manufacturing tolerances results in a reliable connection that meets or exceeds industry expectations for safety and longevity.

Users have consistently praised the ease of installation, minimal setup time, and exceptional holding capacity compared to traditional expansion anchors. Many report reduced maintenance costs over time due to the anchor's resistance to vibration-induced loosening and environmental degradation. In fact, numerous field tests confirm that this sleeve anchor maintains over 95% of its rated load-bearing capability after repeated thermal cycling and moisture exposure—critical for projects in coastal, arid, or humid climates.

Common questions often center around compatibility with different base materials, optimal torque values during tightening, and whether galvanization affects performance. While zinc-coated versions offer added protection against rust, full immersion in aggressive chemicals may require stainless steel alternatives. Proper hole preparation and correct embedment depth remain essential for maximizing performance. For best results, always follow manufacturer guidelines regarding drilling depth, cleanout procedures, and post-installation inspection protocols.

Product Categories : Sleeve Anchor > Shark Fin Sleeve Anchor