01
Using the durability figure as a trip forecast
80 trips assumes nothing else happens to the pallet. At 10% annual loss on a fleet turning six times a year, the real figure is nearer 42.
FixModel shrinkage explicitly, then rerun the break-even.
01The full comparison
| Measure | Recycled wood 48x40 | Rackable HDPE 48x40 |
|---|---|---|
| Purchase price | $11–$16 | $75–$160 |
| Weight | 38–48 lb | 35–60 lb |
| Service trips | 5–7 (10+ with repair) | 30–100+ |
| Static load | 5,500–7,000 lb | Up to 30,000 lb |
| Racked load | 1,800–2,500 lb | 2,000–5,500 lb |
| Repairable | Yes, board by board | No |
| Wash-down | Poor — absorbs moisture | Excellent |
| ISPM-15 required | Yes | No |
| Fire load | High | Higher |
| Temperature tolerance | Wide | −20°F to 150°F typical |
| End-of-life value | Fibre or repair stock | HDPE regrind, traded commodity |
| Manufacturing CO₂e | 0.4–1.6 kg (recovered) | 45–90 kg (virgin HDPE) |
02Working the break-even
Take a $13 recycled wood pallet averaging 7 trips, against a $110 rackable HDPE pallet averaging 80 trips, and ignore everything else for a moment.
- Wood: $13 ÷ 7 trips = $1.86 per trip
- Plastic: $110 ÷ 80 trips = $1.38 per trip
- Plastic wins — but only if it genuinely completes 80 trips.
Now introduce shrinkage. At a 10% annual loss rate on a fleet turning six times a year, the average plastic pallet completes about 42 trips before disappearing, not 80.
- Plastic at 42 trips: $110 ÷ 42 = $2.62 per trip
- Wood at 7 trips: $1.86 per trip
- Wood wins, comfortably.
03Where the comparison does not apply
Some decisions are not economic. If your process requires wash-down between loads, wood is not a cheaper option — it is not an option at all. The same applies in sterile pharmaceutical environments, in USDA-inspected open-food-contact areas, and in cleanrooms where particulate shedding is controlled.
- Mandatory plastic: open food contact, pharma cleanroom, wash-down, some cold-chain condensation cycling.
- Mandatory wood: heavy point loads beyond plastic's racked rating, extreme heat, budgets where capital cost dominates.
- Genuinely optional: almost everything else, and that is where the arithmetic above decides.
04The carbon question, both directions
Manufacturing a virgin HDPE pallet emits roughly 45–90 kg CO₂e. Recovering a wood pallet emits 0.4–1.6 kg. That is a 30- to 100-fold difference on day one.
Amortised over trips, it narrows. At 80 trips, that plastic pallet carries about 0.75 kg CO₂e per trip. Recycled wood at 7 trips carries about 0.14 kg per trip — and each of those trips also avoids landfill methane. On this measure wood stays ahead even at high plastic trip counts, which is not the result most people expect.
Where plastic genuinely closes the gap is in closed-loop systems built from recycled HDPE rather than virgin resin. Ask for the resin content — it changes the footprint by more than half.
By the numbers
The figures worth remembering
Four numbers that decide most of what follows on this page.
- Round trips to break even
- 25–40Round trips to break even
- Plastic purchase price multiple
- 5–15×Plastic purchase price multiple
- Typical annual plastic loss in open loops
- 8–20%Typical annual plastic loss in open loops
- Manufacturing carbon multiple, day one
- 30–100×Manufacturing carbon multiple, day one
Rules of thumb
Carry these in your head
- 01Shrinkage decides plastic business cases more than durability does.
- 02Plastic is mandatory for wash-down, open food contact and cleanrooms.
- 03Plastic is exempt from ISPM-15 — a genuine export advantage.
- 04Plastic cannot be repaired, only reground.
Before you order
The decisions we will ask you to make
A quote turnaround is limited by how many follow-up questions we have to ask. Working through this list removes nearly all of them.
- 01
Measure your loss rate first
Two weeks of counting. Above about 8%, plastic rarely pays back.
- 02
Is wash-down regulated?
If yes, this is not an economic decision and wood is not an option.
- 03
Will it be racked?
Compare racked capacity, not the headline static figure.
- 04
Who owns getting them back?
Without a named owner and a mechanism, they do not come back.
- 05
Resin content
Recycled HDPE more than halves the manufacturing footprint.
- 06
Buy-back at end of life
Damaged plastic has real commodity value as regrind. It should never see a landfill.
What goes wrong
Expensive mistakes, and the fix for each
Every one of these turns up in ordinary purchase orders. All of them cost multiples of whatever they appeared to save.
02
Applying closed-loop arithmetic to an open loop
This is the single failure mode behind every plastic business case we have reviewed that did not work out.
FixPilot on one genuinely controlled lane and measure the actual return rate over two quarters.
03
Assuming plastic is greener
Amortised over trips and including landfill avoidance, recovered wood usually stays ahead.
FixRun both through the impact calculator with your own trip counts.
Side by side
Break-even against loss rate
| Annual loss rate | Effective trips | Cost per trip | vs wood at $1.86 |
|---|---|---|---|
| 0% | 80 | $1.38 | Plastic wins |
| 5% | 58 | $1.90 | Line ball |
| 10% | 42 | $2.62 | Wood wins |
| 15% | 33 | $3.33 | Wood wins clearly |
| 20% | 27 | $4.07 | Wood wins decisively |
Against our interest
When this is the wrong answer
We would rather lose the order than sell you the wrong thing. These are the situations where this page is not what you need.
- 01
Deciding before measuring loss
Every failed plastic business case we have reviewed failed here. Two weeks of counting comes before the capital request, not after.
- 02
Treating it as an economic decision where hygiene is regulated
In wash-down, open food contact and cleanroom environments there is no comparison to run. Plastic is the compliant answer.
- 03
Comparing static load ratings
A 30,000 lb static plastic pallet may rack at 2,000 lb. The headline number is the one least relevant to safety.
What moves the price
Cost drivers, and roughly how much each one is worth
A quote is not a list price with a discount applied. It is these variables added up, which is why two quotes for nominally the same thing can differ so widely.
| Driver | What it is | Rough effect |
|---|---|---|
| Shrinkage | The variable that decides the comparison. At 10% annual loss, effective trips roughly halve. | Moves cost per trip 40–100% |
| Resin content and moulding process | Virgin against recycled HDPE, injection against structural foam. | $75 to $160 |
| Wash cost | Where hygiene drives the choice, washing is an operating cost wood never incurs because wood is not viable at all. | Per-cycle labour and water |
| End-of-life recovery | Damaged HDPE has genuine commodity value as regrind, if there is a buy-back route. | Partial capital recovery |
Due diligence
Questions to ask any supplier
Us included. The answers tell you a great deal, and so does how quickly they arrive — a yard that has these documents ready is a yard that has thought about them.
- 01
“What is our measured annual loss rate on the lane being considered?”
- 02
“Who owns getting these back, and by what mechanism?”
- 03
“What is the racked capacity, and does it cover our heaviest load?”
- 04
“What percentage recycled resin, and how does that change the carbon figure?”
- 05
“Is there a buy-back for damaged units, and at what rate?”
The rulebook
Standards and authorities that actually apply
Plenty of pallet marketing invokes standards loosely. These are the real documents behind this subject, and what each one does and does not cover.
- ISO 8611
Applies to both materials, which makes it the only fair basis for a capacity comparison.
- ISPM-15
Applies to wood and not to plastic. A genuine and often under-valued export advantage.
- NFPA 13 / International Fire Code
Plastic pallets have a higher heat release rate and idle storage is generally restricted more tightly.
Check before switching a fleet.
- FDA / USDA facility requirements
What usually removes the choice altogether in food and pharmaceutical environments.
Vocabulary
The terms used on this page
Defined the way the trade uses them, not the way a dictionary would.
- Nestable
- A pallet design, usually plastic, that stacks 4:1 or better when empty. Saves return freight; cannot be racked.
- Racked load
- The weight a pallet carries spanning two rack beams with nothing beneath the centre. Always the lowest of the three load ratings.
- Static load
- The weight a pallet supports at rest on a flat, continuous surface. The highest of the three ratings and the least useful.
- ISPM-15
- International Standard for Phytosanitary Measures No. 15, governing treatment of solid wood packaging crossing international borders.
- Pooling
- A rental model where a third party owns the pallets and charges per trip. CHEP, PECO and iGPS are the major North American pools.
From the journal
Longer reading on this subject
Written by the people who grade, repair and haul the wood — including the articles that argue against buying from us.
Materials7 min readLena Brandt
Plastic pallet business cases fail in the same place every time
The spreadsheet says 80 trips. The operation delivers 42. That single variable is the difference between a good decision and a hundred thousand dollars of moulded polyethylene in somebody else's yard.
Read
- plastic
- cost
- analysis
Sustainability8 min readLena Brandt
Carbon accounting for pallets without lying to yourself
Most pallet carbon claims are directionally right and quantitatively invented. Here are the factors we use, where they come from, and the uncertainty attached to each.
Read
- carbon
- ESG
- reporting
Logistics6 min readTom Okafor
Backhaul pairing: how empty miles set your pallet price
The cheapest mile in trucking is the one that was going to be driven anyway. Most pallet buyers are sitting next to one and have never mentioned it.
Read
- freight
- routes
- cost
Questions
Answers to what buyers actually ask
Straight answers, including the ones that cost us the sale.
Which is cheaper overall, wood or plastic?
Wood, in the majority of real operations, because real operations lose pallets. Plastic only wins where the fleet is genuinely controlled — closed loops, own vehicles, own sites — and completes something close to its rated trip count.
Are plastic pallets more hygienic?
Yes, unambiguously. They do not absorb moisture, they wash down completely, and they do not harbour organisms in grain or splits. Where hygiene is regulated rather than preferred, plastic is the only compliant choice.
Do plastic pallets need ISPM-15 marks?
No. ISPM-15 governs solid wood packaging only. This removes both a cost and a compliance risk from export lanes, which is a genuine and often under-valued advantage.
Which is better for the environment?
Recycled wood, in nearly every scenario, once landfill avoidance is included. Plastic's footprint improves substantially when made from recycled resin and used in a high-trip closed loop, but it rarely overtakes recovered wood. We publish the arithmetic rather than picking a side.
Can plastic pallets be repaired?
Not economically. A cracked deck cannot be spliced the way a wood board can be replaced. End of life means grinding and re-moulding, which is why buy-back programmes matter — a damaged plastic pallet still has commodity value as regrind.