Boxer 7/16in - 1/2in G70 Double Clevis Link - FH401-12

Boxer 7/16in - 1/2in G70 Double Clevis Link - FH401-12: Ultra-Strong for High-Load Applications

Exceptional Load-Bearing Capacity:

• Impressive Breaking Strength: With a massive breaking strength of 33,900 pounds, this double clevis link is engineered for high-load applications, ensuring reliability under extreme tension and stress.

• Substantial Working Load Limit: A working load limit of 11,300 pounds allows for safe and secure operations across a variety of heavy-duty tasks, making it an essential component in demanding environments.

Grade 70 Superiority:

• Top-Quality Material: The G70 grade indicates a high degree of strength and resilience, ensuring that the clevis link can withstand tough conditions without compromising on performance.

Compatibility with Larger Chains:

• 7/16in - 1/2in Size Range: This double clevis link is designed to fit chains between 7/16 inch and 1/2 inch, making it ideal for larger and heavier chain links commonly used in industrial and agricultural settings.

Versatile Industrial Use:

• Wide Application Spectrum: Perfect for applications in industries such as construction, logging, transportation, and agriculture. This clevis link is particularly suited for tasks like heavy equipment towing, load securing, and rigging operations.

Robust and Secure Connection:

• Double Clevis Design for Enhanced Safety: The double clevis configuration provides a more secure and stable connection compared to single clevis links, greatly reducing the risk of accidental disconnections under load.

Conclusion:

The Boxer 7/16in - 1/2in G70 Double Clevis Link - FH401-12 is a powerhouse of strength and reliability, ideal for heavy-duty industrial applications. Its outstanding breaking strength and substantial working load limit, combined with the top-grade G70 material, make it a critical component for operations where extreme loads and safety are a priority. This clevis link stands out as a dependable choice for professionals seeking robust and secure linking solutions in challenging environments.