Value Collection BDNA-32691 Double Clevis Link 3/8 in Steel

Product Description

The VALUE COLLECTION BDNA-32691 is a yellow chromate-finished steel double clevis link rated for a 6,600 lb load limit. This hardware component connects two clevis hooks, chain sections, or lifting assemblies, serving as a critical link in rigging, towing, and load-securing applications. Constructed from steel with a yellow chromate coating, it resists corrosion in moderate-exposure environments. The 3/8 inch diameter shank sizing fits standard chain and rigging hardware in that size class. This part is typically installed by riggers, maintenance technicians, and industrial tradespeople working on material handling, lifting, or tie-down systems.

The BDNA-32691 double clevis link is suited for use in industrial, construction, and maintenance environments where two clevis-style connectors must be joined inline. It is appropriate for overhead lifting, load binding, and chain assembly applications within its rated load limit. This component is sold individually and is intended for use in systems where hardware must meet defined load ratings. Always verify that the load limit of every component in the assembly meets or exceeds the working load of the application.

Key Features

• 6,600 lb load limit for heavy-duty rigging and load-securing use
• 3/8 inch diameter shank fits standard clevis and chain hardware in that size range
• Steel construction provides strength and durability under load
• Yellow chromate finish offers corrosion resistance in moderate-exposure conditions
• Double clevis design connects two clevis hooks or chain ends inline

Compatibility

Designed as a standard double clevis link for use with 3/8 inch diameter clevis hooks, chain, and rigging hardware rated for compatible load limits.

Installation Notes

Installation is typically performed by riggers or maintenance technicians familiar with load-rated hardware assembly. Before installation, confirm that all connected hardware carries a load rating equal to or greater than the intended working load. Inspect the link for cracks, deformation, or coating damage before placing it in service. Never exceed the stated load limit and replace any component that shows signs of wear or damage.