PELICAN HOOK CHAIN STOPPERS

Shown with stabilizer bar welded to base	PELICAN HOOK CHAIN STOPPER FOR CHAIN SIZES 1/2" TO 4-3/4" 1/2" & 5/8" NOT SHOWN ON SPECS SHEET
	FORGED PELICAN HOOK TYPE CHAIN STOPPER ASSEMBLIES FOR CHAIN SIZES 3/4" TO 4-3/4" STANDARD AND US NAVY CERTS AVAILABLE Forged Turnbuckles	Click to view
	HI-TORQUE CHAIN STOPPERS Designed for interval or end attachment. Will accommodate a wide range of chain, end link and various wire rope rigging applications. One of the most proficient stopping devices on the market for anchor handling, buoy retrieving and other applications. Made from hardened high tensile alloy steel, each stopper is proof tested in straight tension.	Click to view
	ULSTER STYLE CHAIN STOPPER Designed for engaging and securing anchor chain, assisting in the stowing of the ship's anchor and accepting the high loads associated with mooring commercial ships, drill ships, semi-submersibles, and service vessels. To prevent the chain from running out during anchor retrieval the pawl of the stopper should be placed inboard. The stoppers must be secured to the deck with bolts and/or welding. Made from high quality cast steel; pins are heat treated alloy.	Click to view
	WIRE ROPE PELICAN HOOK FOR WIRE SIZES 1/2" - 2-1/8" Supply of wire rope pelican hooks	Click to view
	See also: *CARPENTER STOPPERS*

MARQUIP BUOY HOOKS

buoy hooks in 300,000# -400,000# and 400,000# with an extra-wide jaw radius to allow for larger rope or multiple mooring lines. these hooks are hot spray galvanized for durability.

AVAILABLE IN PROOF TESTS (ILO) OF 300,000 AND 400,000 LBS. TOTAL WEIGHT: 375 LBS.
SPECIAL OPENING QUICK RELEASE HOOK (400,000 LBS) WEIGHT: 570 LBS
MEETS MIL-H-11884A ~~~ DIMENSIONS SHOWN ARE IN INCHES, WEIGHT IS IN POUNDS
CLICK ON PHOTO AT RIGHT TO VIEW DIMENSIONS

	SWIVEL BUOY RELEASE HOOKS WITH 4 OPTIONAL PAD-EYE MOUNTS

SEA LINK BUOY RELEASE HOOKS 150 TON & 200 TON MADE IN ARGENTINA ABS CERTS
*OCEAN GUARD MARINE BUOYS* FOAM FILLED Impact absorbing closed cell cross-linked polyethylene foam cores. Heat laminated into a one piece solid foam core. A thermal bond is produced between the layers of foam which is stronger than the foam itself. Buoys are able to absorb vessel impacts without damaging the buoy or the vessel!