Campbell

Plastic Chain, Trade Size 8, Decorative Non-Load Bearing, Yellow

Latched swivel hoist hook from the 1014 series, size 11 with 11 ton working load, painted orange. Heavy-capacity rigging hook for industrial overhead lifting and crane work.

Grade 80 alloy clevis slip hook at 3/8 inch with 7,300 lb working load limit, painted finish. Stocked for rigging, lifting hardware, and overhead chain assembly work.

1/4 inch clevis grab hook, 4,100 lb working load limit, orange powder coat. Used in chain shortening and load securement applications on transport and rigging assemblies.

5/16 inch clevis grab hook with 5,100 lb working load, orange powder coat. Chain shortening hook for transport binder chains and rigging assemblies.

3/8 inch alloy clevis grab hook, 7,100 lb working load limit in orange powder coat. Used for chain shortening on flatbed transport binders and rigging assemblies.

Grade 70 transport binder chain, 5/16 inch by 20 ft with clevis hooks both ends, 4,700 lb working load limit, yellow chromate finish. Used by transport, trucking, and fleet crews for load securement...

Grade 70 transport binder chain at 3/8 inch by 20 ft, 6,600 lb working load limit, yellow chromate zinc finish. Standard cargo control chain for flatbed trucking, heavy equipment hauling, and...

Bolt-type anchor shackle, 1/2 inch bail with 13/16 inch opening, 2 ton working load, hot-dipped galvanized carbon. Used in rigging where the pin is secured by bolt, nut, and cotter for permanent...

5/8 inch bolt-type anchor shackle with 1-1/16 inch opening, 3-1/4 ton working load in galvanized carbon. Stocked for rigging and lifting hardware on overhead and tow assemblies.

3/4 inch bolt-type anchor shackle, 1-1/4 inch opening, 4-3/4 ton working load, galvanized. Common rigging hardware for sling and chain attachments on long-term installations.

Alloy anchor shackle, bolt type with 3/4 inch pin and 1-1/4 inch opening, 7 ton working load limit, hot-galvanized. Alloy build raises capacity over carbon at the same pin size for heavy rigging.