Top Pick Cm 1-3/4" 25 Ton Screw Pin Carbon Anchor Shackle Series [CvdzaPBV]

Top Pick Cm 1-3/4" 25 Ton Screw Pin Carbon Anchor Shackle Series [CvdzaPBV]

The Top Pick Cm 1-3/4" 25 Ton Screw Pin Carbon Anchor Shackle Series [CvdzaPBV] is a versatile and durable lifting solution designed for frequent use in overhead lifting applications. Crafted from high-quality U.S.A. micro alloy steel, this shackle offers optimal hardness, ensuring both strength and ductility. With a 25 ton capacity, it is ideal for a wide range of heavy-duty lifting tasks.

• Superior Material: Made from technologically advanced domestic micro alloy steel, this shackle provides exceptional strength and durability.
• Quenched and Tempered Pins: All shackles feature alloy quenched and tempered pins for increased reliability and resistance to wear.

Key Features and Specifications

The Top Pick Cm 1-3/4" 25 Ton Screw Pin Carbon Anchor Shackle Series [CvdzaPBV] stands out with its numerous features that enhance safety and efficiency. The screw pin design allows for quick and easy removal, making it perfect for applications where the shackle needs to be frequently replaced. Its capacity up to 43 tons ensures it can handle heavy loads.

• Design Factor: With a design factor of 6:1, this shackle offers a high level of safety and reliability.
• Galvanized Finish: The shackle is galvanized per ASTM A153, providing excellent corrosion resistance and durability.

Applications and Benefits

The Top Pick Cm 1-3/4" 25 Ton Screw Pin Carbon Anchor Shackle Series [CvdzaPBV] is highly recommended for various applications, including overhead lifting and heavy-duty industrial operations. Its quick and easy removal feature makes it a convenient choice for frequent use. The shackle's robust construction and reliable performance make it a trusted tool for professionals in the industry.

• Overhead Lifting: Ideal for overhead lifting tasks, providing a secure and efficient lifting solution.
• Corrosion Resistance: The galvanized finish ensures the shackle remains durable and reliable in harsh environments.