Is a logistics support box cheaper than a steel bin?

Not on first cost, and only level per trip: 100 against 96. Steel then carries double the tare and an annual repaint.

What does it beat a carton on?

Reuse and stacking: a carton is single trip, while the case makes 800 trips and stacks five high.

Are more layers always better?

No. Layers are limited by wall stiffness and clear height, five being normal; the bottom box creeps first.

Does repair extend life?

Only if it is fast: replaceable latches take 0.3 hours, while two hours of hot work usually ends in scrapping.

When does the case cost more?

Under five trips, without a return flow, or above 80 kg per item.

Logistics Support Box Comparison: Where Alternatives Differ

Quick answer: A logistics support box competes with steel bins, cartons, wooden crates and soft bags on five measures: tare, stack layers, life, cost per trip and repairability. It wins on protection and repair, loses on first cost and return volume.

Where a logistics support box sits among four alternatives
Tare weight and volume efficiency
Stack layers and storage density
Service life, cost per trip and repairability
When a logistics support box is the wrong choice
FAQ

1. Where a logistics support box sits among four alternatives

The five options do not solve the same problem: a carton moves goods from A to B, a returnable case brings them back in recognisable condition thirty times a year.

Option	Trips	Strength	Weakness
Logistics support box	800 to 1,000	Protection, stacking	High first cost
Steel bin	1,500 to 2,000	Stiffness, puncture	Heavy, needs coating
Corrugated carton	One	Light, cheap	Moisture, no stacking
Wooden crate	One to three	Compression	Heavy, fumigation
Soft bag	20 to 40	Folds flat	No stacking

Weighing case protection against carton price is a category error.

2. Tare weight and volume efficiency

At 60 litres: 6.8 kg for a logistics support box, 12.5 kg steel, 9.4 kg wood, 1.2 kg carton, 0.9 kg bag.

Logistics Support Box: closed navy case on a grey flatbed trolley, two black folding handles, three latches and vertical ribs, racking aisle behind

Tare matters as a share of payload. With 25 kg inside, the case adds 27 per cent and steel 50, so a carrier lifts half a box more every trip. Air freight bills gross weight, which sharpens it.

A nominal 60 litre case gives up 57 litres to radii, ribs and dividers; steel is straight-walled at 59, a carton uses all 60. Five per cent buys protection.

3. Stack layers and storage density

On one rack they stack differently: five layers for the case, four for steel, three for a carton, two for wood, one for a bag.

Steel stacks lower than plastic because of its welds: thin sheet buckles at the weld zone, the side bows by the fifth layer and the lid will not seat.

Cartons need a discount: at 85 per cent humidity for 48 hours, compressive strength falls 40 per cent, so three high runs as two high.

Option	Layers	Palletisable	Units per cubic metre	Return ratio
Plastic case	Five	Yes	18	1.0
Steel bin	Four	Yes	16	0.95
Corrugated carton	Three	Edge boards	34	None
Wooden crate	Two	Sling only	9	0.8

Cartons lead on density but drop out of the return column, so the advantage holds only one way.

4. Service life, cost per trip and repairability

Life runs seven years and 1,000 trips for the case, twelve years and 2,000 for steel with annual recoating, one to three trips for wood.

Logistics Support Box: worker in olive coveralls carries an olive case past pallets of stacked cases and open foam-lined lids, cartons at left

Cost per trip spreads price across trips and adds repair and return. Indexed at 100: steel 96, bag 180, carton 310, crate 420. Steel loses on tare and coating.

Repair divides them: a latch on a logistics support box swaps in 0.3 hours with no tools, a steel bin needs welding at 2.5 hours under a permit, a crate is re-nailed in 0.8 hours.

Measure	Plastic case	Steel bin	Carton	Wooden crate
Tare at 60 litres	6.8 kg	12.5 kg	1.2 kg	9.4 kg
Design life	7 years	12 years	One trip	1 to 3 trips
Cost per trip index	100	96	310	420

5. When a logistics support box is the wrong choice

One-way shipment comes first: with no return flow, a returnable case leaves an asset in someone else's warehouse.

A heavy single item is second: above 80 kg the handling advantage disappears, and a steel bin on a sling is steadier.

Extreme cold is third: standard polyethylene loses toughness near minus 40 °C, so a cold-modified grade is needed.

Short-cycle work is fourth: below five trips, cost per trip runs twice a carton's and repair goes unused.

Conclusion

It ends not in better overall but in cheaper where goods return, need protection and must stack. The case loses to cartons on tare, narrowly to steel on cost and on density, yet wins on repair and return. Fix trips, return flow and item weight first, then decide whether a logistics support box belongs in the fleet.

This article discusses only the container (case body) side of specifications and design intent, and does not cover any handling, loading or use of the contents.