More padding is not a damage strategy. Protective packaging specified against the actual failure mode - movement, compression, impact or abrasion - is.
Protective packaging is the material that stops product being damaged between your bench and the customer. WSUK specifies and supplies the full range for UK businesses - paper and air void fill, bubble wrap, foam sheet and inserts, corrugated wrap and fitments, edge and corner protection, pallet strapping and stretch wrap, and moisture and corrosion protection. The specification starts with the failure mode rather than the material: movement, compression in the stack, impact, abrasion and moisture each need a different answer, and adding more of the wrong material does not help. For foam specifically see foam packaging; for heavy and engineering goods see industrial packaging.
Work out which one is happening to you and the material choice becomes obvious. Skip that step and you buy padding for years.
The most common cause of damage. Fitted fitments, cut foam, corrugated partitions and interleaving that hold the product still instead of letting it travel.
Crushing from above in a pallet stack or a cage. Board grade, corner boards, edge protection and the pallet build itself rather than more fill inside the box.
Cushioning specified by grade and thickness for drops, plus moisture barrier, desiccant and corrosion protection where the journey or the store is damp.
The product, the outbound carriage, the return carriage, the replacement and the customer. Protective material is almost always the cheaper side of that.
Diagnose, specify, test, supply.
What arrives damaged, how it is damaged, and at what point in the journey. Damaged returns are the most useful evidence there is.
Material, grade and format chosen for the failure mode - restraint for movement, board and corner protection for compression, cushioning for impact.
A specified pack built and assessed with the real product before it is rolled out across your despatches.
Materials supplied, and the damage picture looked at again afterwards so you know whether it worked.
Protective packaging is specified and supplied from our Midlands Golden Triangle base to businesses throughout the UK - and specified against your damage history rather than from a catalogue.
Protective packaging is everything in a pack whose job is to make sure the product arrives in the condition it left in. The reason it is worth treating as a specification exercise rather than a shopping list is that damage has distinct causes, and each cause has a different answer. Movement is the most common and the most misdiagnosed: the product shifts inside the pack over the course of a journey, rubbing against a carton wall or against another item, and arrives scuffed, bent or with a component detached. The instinctive fix is more loose fill, which does not work reliably, because loose fill settles and migrates in transit and the void reappears. The actual fix is restraint - a fitment, a partition or a cut foam cavity that holds the product so it cannot travel. Compression is the next most common and happens at pallet level rather than inside the box: cartons at the bottom of a stack crush because the board grade was specified for the contents rather than for the load above, and no amount of internal cushioning addresses that. Edge and corner protection, correct board, and a square pallet build are what do. Impact damage - a genuine drop - is where cushioning grade and thickness matter, and where under-specified material compresses fully on the first event and then protects nothing. Abrasion on finished surfaces needs interleaving and soft grades, not more padding. Moisture and corrosion need a barrier, desiccant or inhibitor, and are usually a storage or shipping-mode problem rather than a packaging-strength problem. Specifying this properly tends to reduce the number of materials at the bench rather than increase it, which makes packs faster as well as safer. It also needs doing per SKU group: a single protective standard applied across a mixed range is simultaneously over-specified for the robust items and inadequate for the fragile ones, which is the most expensive configuration available. The most useful input you can give us is a set of damaged returns. For the foam side in detail see foam packaging, for heavy and engineering goods see industrial packaging, and if you want the cost side examined at the same time see packaging review and cost reduction.
Specification first, then a quote against it.
What arrives damaged, how it is damaged, and at what point in the journey. Damaged returns are the most useful evidence there is.
Material, grade and format chosen for the failure mode - restraint for movement, board and corner protection for compression, cushioning for impact.
A specified pack built and assessed with the real product before it is rolled out across your despatches.
Materials supplied, and the damage picture looked at again afterwards so you know whether it worked.
Everything you need to know about protective packaging at WSUK, answered plainly.
Start from how the product is actually arriving damaged. Movement, compression, impact, abrasion and moisture need different answers, and the most common mistake is adding more of a material that does not address the real cause.
Almost always restraint rather than padding. Scuffing means the product moved against something during the journey, so a fitted insert, partition or interleaving layer is the fix. More loose fill rarely holds, because it settles in transit.
Not necessarily. Correct protection frequently means fewer components rather than thicker ones, and a damaged delivery costs the product, both carriage legs, the replacement and often the customer - so the comparison is rarely close.
Yes - corner boards, edge protection, strapping and stretch wrap. For anything travelling palletised, the stack is frequently where the damage happens rather than inside the carton.
Yes, with interleaving and soft-grade materials. Loose fill is often the cause of scuffing on finished goods rather than the cure.
Yes - barrier films, desiccants and corrosion inhibitors, specified against the journey and the storage conditions rather than applied by default.
Yes. One standard across a mixed range is over-specified for the robust lines and inadequate for the fragile ones. We specify per SKU group.
Damaged returns, photographs of how items arrive, and a sense of where in the journey it happens. That evidence tells us the cause; a damage percentage on its own does not.
Frequently more sustainable, because specifying restraint properly uses less material than filling a void, and paper-based fitments and fill can replace plastic fill in many applications. See sustainable packaging.
| What you get | WSUK | Typical packaging supplier |
|---|---|---|
| Specified against the failure mode, not by adding padding | Yes | Rarely |
| Damaged returns used as evidence | Yes | Rarely |
| Pallet-level protection included, not just in-box | Yes | Rarely |
| Protection specified per SKU group | Yes | Rarely |
| Usually fewer components at the bench, not more | Yes | Rarely |
| Damage picture reviewed again after the change | Yes | Rarely |
Protective Packaging is supplied to businesses across the UK from the Midlands Golden Triangle. Pick a location for how supply works locally, or see the full list on the packaging services hub.
Tell us what is arriving damaged and how, and we will specify protection against the cause rather than the symptom.