Steel King® SK2000® Boltless Pallet Rack - 48" Pallet Support-Roll In Hat Shape

Steel King® SK2000® Boltless Pallet Rack - 8" Wall Tie - WTR3G008VG This 8" wall tie is made of durable steel for long lasting dependability. Sturdily connects pallet racks to wall. Green finish. Wall Ties include hardware.

Steel King® SK3000® Structural Channel Pallet Rack - 36" Beam Tie for Steel King SK3000 structural channel beams - PSB5X036YW This 36" long beam tie is constructed of high strength steel for long lasting durability. Used to help support weak or misplaced pallets and/or to tie beams for increased capacities. Works with 36in deep uprights. Yellow Finish.

Steel King® SK2000® Boltless Pallet Rack - 8" Row Spacer - RSR3G008G This 8" row spacer is made of durable galvanized steel for long lasting dependability. Sturdily connects and spaces pallet racks with back to back connection for stability. Row spacer includes hardware.

Steel King® SK2000® Boltless Pallet Rack - 3-1/2"H x 108"L Step Beam - Pair - SBRUM350108P All Steel King step beams feature a 1 5/8" step for decking or pallet support bar positioning. All beams are constructed of high-strength (55,000 p.s.i. minimum) steel. Our step beams are constructed of continuously welded structural tubing. There are no ledges or cracks to catch pallets, or trap moisture or debris. Three-rivet beam connection makes these beams 26% stronger than a standard two-rivet connection, providing better product protection. Capacity based on pair of beams.

Steel King® SK2000® Boltless Pallet Rack - 5-1/2"H x 96"L Step Beam - SBRUM550096P All Steel King step beams feature a 1 5/8" step for decking or pallet support bar positioning. All beams are constructed of high-strength (55,000 p.s.i. minimum) steel. Our step beams are constructed of continuously welded structural tubing. There are no ledges or cracks to catch pallets, or trap moisture or debris. Three-rivet beam connection makes these beams 26% stronger than a standard two-rivet connection, providing better product protection. Capacity based on pair of beams.