Product Introduction
As a crucial rigging tool, the shackle undertakes key tasks such as connection and lifting in various industrial and civilian scenarios. It has a sophisticated structure and is mainly composed of a ring body, a pin, and a lock. The ring body, as the main load-bearing component, is mostly made of high-strength steel and designed into different shapes such as round and oval according to actual needs. The surface is treated with galvanizing and spraying anti-corrosion paint to improve durability and corrosion resistance. The pin is responsible for connecting the various parts of the shackle. It is usually cylindrical and has a locking device on one end to prevent it from falling off during operation. The lock further ensures the stability of the pin and comes in various forms, including nuts and pins.

Shackles are made from a wide range of materials, including carbon steel, alloy steel, stainless steel, and high-strength steel. Alloy steel, due to its superior performance, is the preferred choice for shackles. A variety of surface treatments, including hot-dip galvanizing, electroplating, painting, and Dacromet coating, allow shackles to adapt to different working environments and enhance their protective properties.

Key Features
Corrosion Resistance
Stainless steel construction suits marine or humid environments, resisting rust even with prolonged use.
High Load Capacity
The D-ring's simple yet robust structure withstands significant tensile forces.
Easy Installation
Quick assembly and disassembly via bolts or pins without additional tools.
Product Applications
Marine and Shipbuilding Engineering
Ship anchor chain connections, offshore platform lifting fixture fastenings, marine aquaculture equipment
Stainless steel resists seawater and salt spray corrosion, while the narrow D-shaped opening fits confined shipboard equipment spaces.
Food and Pharmaceutical Equipment
Lifting equipment in food processing plants, component connections in pharmaceutical production lines
Stainless steel meets food-grade hygiene standards. The compact D-shaped structure can be embedded within equipment without disrupting production processes.
Outdoor and Humid Environment Operations
Tree transplant lifting for municipal landscaping, suspension point fixation for outdoor billboards
Stainless steel resists rainwater and moisture corrosion. The D-shaped design provides stable load-bearing orientation, preventing connection loosening due to wind-induced swaying of billboards.
Precision Equipment Lifting
Lifting large server cabinets in electronics factories and precision instruments in laboratories
The D-shaped narrow opening avoids interference with multiple connection points. Stainless steel prevents contamination from corrosion, safeguarding precision equipment.
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