Upcycled goods
The boxes too tired to ship become something else entirely. We cut, laminate and press recovered board into furniture-grade honeycomb, displays, dunnage, planters and shop fittings.
Quote upcycled goods
Give us a size and a count and we will photograph the actual pallet before you commit.
- Honeycomb panel
- 1/2" to 2" thickness
- Displays
- Pallet skirts, bins, header cards
- Dunnage
- Die-cut pads, void fill, corner wrap
- Lead time
- 5 – 12 business days
- Retail displays with 100% post-consumer board
- Honeycomb panel that replaces plywood dunnage
- Seed-paper planters and event furniture
- Custom laser and die-cutting on recovered stock
Work out the cube before you ask for a price.
Box Studio gives you the erected cube, the knocked-down cube, the pallet fit and the trailer count for any size — then attaches the spec to the form above.
Honeycomb panel is the quiet star of this list.
Laminated recovered board, half an inch to two inches thick, rigid enough to replace plywood in dunnage and display at roughly a quarter of the weight — and still completely recyclable at the end.
Honeycomb panel
Structural paper panel from 1/2" to 2". Replaces plywood dunnage, shop fitting substrate and display risers. Cuts with a standard blade, takes a staple, weighs almost nothing.
Retail displays
Pallet skirts, dump bins, header cards, floor-standing units. 100% post-consumer board, printed single colour or left honest kraft.
Die-cut dunnage
Pads, layer sheets, corner wrap, partitions and void fill cut to your product profile from board that is structurally spent but clean.
Event furniture
Modular seating, tables, counters and backdrops. Flat-packed, assembled without tools, recycled afterwards rather than skipped.
Planters & seed paper
Moulded planters and seed-embedded paper products for garden centres, nurseries and promotional runs.
Custom cutting
Laser and die-cutting on recovered stock for industries with nothing to do with packaging — model shops, set builders, prototypers.
Against the materials it replaces.
| Property | Honeycomb panel | Plywood | Expanded foam |
|---|---|---|---|
| Weight (1" thick, per sq ft) | 0.35 – 0.6 lb | 2.6 lb | 0.2 lb |
| Compressive strength | 40 – 120 psi | High | 10 – 25 psi |
| Cuts with | Standard blade | Saw | Hot wire |
| Moisture tolerance | Low — keep dry | Moderate | High |
| Recyclable at end of life | Yes, standard OCC stream | Rarely in practice | Almost never |
| Typical relative cost | 1.0× | 2.4 – 3.1× | 1.3 – 1.8× |
| Splinters, fasteners, disposal fee | None | All three | Dust and static |
The honest caveat: honeycomb hates standing water. If your application involves wet environments or outdoor storage, use something else and we will tell you so.
What a square foot of each build actually weighs.
The number you need to turn a die-line area into a shipping weight, a carbon figure or a freight class. Multiply blank area in square feet by the figure below.
| Construction | lb per ft² | lb per MSF | Caliper | Note |
|---|---|---|---|---|
| Single wall, 32 ECT (C flute) | 0.20 | 200 | 0.16" | Lightest practical shipper |
| Single wall, 44 ECT (C flute) | 0.24 | 240 | 0.17" | Heavier liner, same flute |
| Double wall, 48 ECT (BC) | 0.33 | 330 | 0.30" | The reuse workhorse |
| Double wall, 61 ECT (BC) | 0.40 | 400 | 0.32" | Heavy distribution |
| Triple wall, 71 ECT | 0.48 | 480 | 0.52" | Crate replacement |
| Triple wall, 1,100 lb test | 0.55 | 550 | 0.60" | Gaylord standard |
| Honeycomb panel, 1" | 0.35 – 0.60 | — | 1.00" | Dunnage and display substrate |
Fourteen references worth knowing by number.
Specifying packaging gets much easier once you can name the standard rather than describe the requirement. These are the ones that come up in our quotes and our customers' RFPs.
| Reference | Title | Why it matters here |
|---|---|---|
| ASTM D642 | Compressive resistance of shipping containers | The test behind box compression figures |
| ASTM D4727 | Corrugated and solid fibreboard sheet stock | Material specification for board itself |
| ASTM D5639 | Selecting corrugated box dimensions | How to specify L × W × H correctly |
| TAPPI T 811 | Edge crush test of corrugated board | The ECT number on a Box Maker's Certificate |
| TAPPI T 810 | Bursting strength of corrugated board | The Mullen number |
| TAPPI T 412 | Moisture in paper and paperboard | How moisture content is measured and deducted |
| ISTA 3A / 6 | Packaged-product performance testing | Transit simulation for parcel and distribution |
| ISO 12048 | Compression and stacking tests | International equivalent of ASTM D642 |
| FEFCO / ESBO code | International fibreboard case code | The four-digit style codes we quote against |
| ISPM 15 | Wood packaging phytosanitary measures | Why corrugated avoids an export compliance burden |
| ISRI Scrap Specifications | Recovered paper grade definitions | The #11 and #12 OCC specs we bale to |
| GRI 306 | Waste disclosure standard | The format our diversion statements fit |
| EPA WasteWise | Voluntary waste reduction reporting | Compatible reporting format on request |
| FDA 21 CFR 176 | Indirect food additives: paper and paperboard | Why used board cannot be direct food contact |
Ten conversions we use every day.
None of these are difficult. All of them are regularly got wrong, usually by a factor of 1,728.
| From | To | Factor | Worked example |
|---|---|---|---|
| Cubic inches | Cubic feet | ÷ 1,728 | 48 × 40 × 36 = 69,120 in³ = 40.0 ft³ |
| Square inches | Square feet | ÷ 144 | 13,528 in² = 93.9 ft² |
| Pounds per ft² | Board weight | × area in ft² | 93.9 ft² × 0.55 = 51.7 lb |
| Pounds | Kilograms | × 0.45359 | 51.7 lb = 23.5 kg |
| Inches | Millimetres | × 25.4 | 48" = 1,219 mm |
| Cubic feet | Cubic metres | × 0.02832 | 40.0 ft³ = 1.13 m³ |
| Short tons | Metric tonnes | × 0.90718 | 11,800 tons = 10,705 tonnes |
| Loose OCC volume | Weight | × 80 lb/yd³ | 40 yd³ ≈ 3,200 lb |
| Baled OCC volume | Weight | × 700 lb/yd³ | 2 yd³ bale ≈ 1,400 lb |
| Trailer volume (53') | Usable | × 0.72 | 3,489 ft³ → 2,512 ft³ |
The hierarchy, with the honest residual at the end
Roughly a sixth of what arrives at our gate cannot be resold as a container. That does not make it waste; it makes it material. Repair recovers about 40 per cent of first-pass rejects. What is left becomes dunnage, then honeycomb panel, then upcycled goods, then mill-spec baled OCC — and only then, for a small fraction, genuine residual.
We publish that residual figure at around six per cent of inbound, with its composition, because a supplier claiming 100 per cent diversion is either excluding residuals from the denominator or counting incineration as recycling.
Honeycomb is the quiet star
Laminated recovered board from half an inch to two inches thick, rigid enough to replace plywood in dunnage and display at roughly a quarter of the weight. It cuts with a standard blade, takes a staple, produces no splinters and no protruding fasteners, and at end of life it goes into the same OCC bale as a box — no separate disposal stream, no hazardous classification, no awkward conversation with your waste contractor.
Three local manufacturers swapped half-inch plywood layer separation for one-inch honeycomb and removed roughly 750 lb from every trailer. On a weight-constrained lane that converts directly into payload.
Where it fails, stated plainly
- Standing water. A wet honeycomb panel loses most of its compressive strength and does not recover on drying.
- Point impact. The strength figures describe distributed compression; a clamp truck making contact with an edge is a different test entirely.
- Outdoor storage of any duration.
- Anything that needs to be fastened with screws rather than staples or adhesive.
We will say all of that before quoting rather than after. A dunnage material that fails in service costs far more than the plywood it replaced.
Seven ways to put a mark on a box.
Ranked roughly by setup cost. The last two are what we use on recovered board — removing somebody else's brand is a different job from applying your own.
| Method | Setup cost | Quality | Recyclability | Use | Lead time |
|---|---|---|---|---|---|
| Flexographic, 1 colour | Low | Basic | Fully | Identification, logistics marks | 3 – 7 days |
| Flexographic, 2 – 4 colour | Medium | Good | Fully | Brand on shipper | 10 – 15 days |
| High-graphic flexo | High | Very good | Fully | Retail-ready packaging | 15 – 20 days |
| Litho-lamination | Very high | Photographic | Reduced | Premium retail display | 20 – 30 days |
| Digital inkjet | None | Good | Fully | Short runs, versioning | 3 – 10 days |
| Blank-out over-print | None | Functional | Fully | Removing a previous owner's brand | Same day |
| Stencil | None | Industrial | Fully | Pool container marking | Same day |
How long each thing actually takes.
Measured from a confirmed order, not from the first email. Artwork approval and procurement onboarding sit outside these figures and are usually the real critical path.
| Item | Lead time | Note |
|---|---|---|
| Graded used shippers, stock size | Same week | Often 48 hours on Midwest lanes |
| Graded gaylords, stock size | Same week | Knocked down and banded |
| Reconditioned gaylords | 7 – 10 days | Bench time plus re-grading |
| Lids, liners and accessories | Same week | Ships on the same pallet |
| Recovered pallets, repaired | 3 – 7 days | Depends on repair queue |
| New stock-size boxes | 2 – 5 days | 60+ sizes held in St. Louis |
| New custom die | 10 – 15 working days | Includes die making and first article |
| Printed new board, 1 – 4 colour | 10 – 15 working days | Plate making included |
| Honeycomb panel, stock | 5 days | Pressed from recovered board |
| Die-cut dunnage to profile | 7 – 10 days | Tooling for non-standard profiles adds time |
| Printed retail display | 10 – 12 days | Artwork approval is usually the critical path |
| Baler placement | 2 – 4 weeks | Site survey, delivery and commissioning |
Eight claims, and how strong each one actually is.
Two of these we make and document. One we refuse to make. One we consider close to meaningless.
| Claim | Evidence needed | Strength | Caveat |
|---|---|---|---|
| Recycled content, post-consumer | Mill certificate of analysis | Strong | Percentage varies by mill and by run |
| FSC Recycled | Chain-of-custody certificate | Strong | Requires certified converters at every step |
| SFI Certified Sourcing | Chain-of-custody documentation | Strong | Covers sourcing practice, not recycled content |
| Recyclable | Material composition | Moderate | Depends on local infrastructure; wax and laminate break it |
| Repulpable | Supplier test data | Moderate | Verify with your actual recycler, not the datasheet |
| Reusable | Trips-per-container data | Strong if measured | Meaningless without a trip count behind it |
| Carbon neutral | Offset purchase | Weak | We do not make this claim and are sceptical of those who do |
| 100% diversion | Usually none | Very weak | Ask what they do with wax-coated produce board |