Triple Wall Corrugated Cardboard Boxes

Triple wall corrugated board typically measures between 1 inch and 1.5 inches thick, depending on the flute combination used (such as BC, AC, or AAA). This thickness provides the structural rigidity needed to support loads of 1,000 lbs or more and withstand stacking, forklift handling, and extended storage without crushing or collapsing.

Triple wall corrugated boxes are available in a wide range of ECT (Edge Crush Test) ratings, typically from 500 ECT up to 1100 ECT, depending on the flute configuration and liner grades specified. Higher ECT ratings indicate greater stacking strength, which is essential for heavy industrial parts, bulk goods, and pallet-size containers.

Triple wall corrugated boxes are used for shipping heavy industrial parts, bulk cargo, engine and transmission components, plastics and resins, agricultural products, and capital equipment. They are also used as Gaylord-style bulk bins on 48x40 pallets for distribution warehouses, 3PL facilities, automotive suppliers, and food processing operations requiring maximum structural integrity.

Yes. Triple wall corrugated boxes are available in custom dimensions, print options, and configurations including die-cut handles, dust flaps, reinforced bottoms, and poly liners. Custom-dimensioned boxes can be built to your exact SKU specifications for unique product footprints, oversized industrial parts, or branded bulk shipping containers.

Triple wall corrugated boxes, especially Gaylord bulk boxes, support load capacities ranging from approximately 1,000 lbs to over 4,000 lbs depending on the wall construction, ECT rating, and box dimensions. Standard 48x40 triple wall Gaylords are commonly rated to handle 2,000–3,500 lbs of bulk product weight.

Yes. Triple wall corrugated boxes are 100% recyclable and are commonly made from recycled-content kraft liner. They support corporate sustainability programs, Scope 3 emissions reporting, and circular-economy initiatives. Used triple wall Gaylord boxes can also be reconditioned and reused, reducing waste and lowering packaging procurement costs by 40–60% versus new.