BlOG PUBLISHED ON: June 2026
For many people, the first instinct when a pallet load looks unstable is to add more stretch wrap. More layers, tighter tension, problem solved, right? Not always. Sometimes the issue isn’t how you’re holding the load together. It’s what’s happening between the layers, at the corners, or on the line. Piling on more wrap when you’ve misidentified the problem costs money and does not solve the issue of unstable pallet loads.
Stretch Wrap vs. BadgerKorner vs. AP Sheets: A Quick Comparison
| Stretch Wrap | BadgerKorner | AP Sheets | |
| Primary job | Unitize the load | Protect corners & edges | Separate layers / support automation |
| Best for | Holding unitized pallet loads together | Strapping & stacking protection | Automated palletizing lines |
| Addresses corner damage? | No | Yes | No |
| Addresses layer slippage? | No | No | Yes |
| Works in automated lines? | Yes | Yes | Designed for it |
| Customizable? | No | Yes, cut to any length | Yes, various calipers and sizes |
Know What You’re Actually Protecting Against
Before you pick a product, name the problem. Load protection failures almost always fall into one of three buckets:
The load shifts or collapses in transit. That’s a unitizing problem. The corners and edges compress or crush under strapping or stacking. That’s an edge protection problem. Layers slide against each other during automated handling or transit. That’s a layer stability or automation problem.
Each one has a right answer, and more often than not, throwing extra stretch wrap at an edge protection problem or an automation jam isn’t it. Matching the solution to the failure point is where the real savings are.
When Stretch Wrap Is the Right Answer
When your load is stable, uniform, and just needs to be contained for transport, stretch wrap is the right call. It’s the go-to when products need to be secured to the pallet as a single unit, and it works best when regular, stackable shapes give the wrap something consistent to grab onto.
Awkward shapes, uneven profiles, or loads that aren’t truly unitized make it harder for wrap to do its job. You end up compensating with more layers and tighter tension, and you still don’t get the hold you’re looking for because the problem isn’t the wrap, it’s the load underneath it.
That said, stretch wrap has a defined lane. It wasn’t designed to resist crush, prevent layer sliding, or shield corners from strap damage and edge compression. When those are the failure points you’re dealing with, adding more wrap is an easy call that usually doesn’t pay off.
When BadgerKorner Is the Right Answer
BadgerKorner protects corners and edges, the points of highest impact during strapping, stacking, and handling. It’s the right choice when strapping or banding is cutting into product or packaging, when pallet corners are compressing under load or during transit, when you need cut-to-length edge protection for irregular pallet sizes, or when damage is showing up specifically at the corners rather than across the face of the load.
One underappreciated advantage: BadgerKorner ships bundle-packed, so pieces stay together after stretch wrap is removed. That means fewer loose corner guards on the floor, a cleaner operation, and a pallet that stays intact through the whole process.
When AP Sheets Are the Right Fit
AP Sheets solve a different problem entirely, one stretch wrap simply can’t. They’re designed for layer separation and automated palletizing lines, and the difference in daily operations can be significant. One Badger customer found the switch saved them over $120,000 annually.
AP Sheets are the right choice when you’re running an automated palletizing line and experiencing multi-picks, jams, or unplanned downtime. They’re also the answer when you need reliable layer separation between products, want to reduce per-unit packaging costs without giving up protection, or when warehouse space and shipping density are real constraints. At 6,000 sheets per two pallets, the space efficiency alone makes them worth the look.
The porosity advantage sets Badger’s chipboard AP Sheets apart from corrugated alternatives. The engineered properties allow suction cups to pick up exactly one sheet at a time, every time, which is the kind of reliability that keeps automated lines moving and downtime numbers low.
Are You Solving the Right Problem?
When a load arrives damaged, the easy answer is more wrap. The smarter answer is to look at where the damage actually happened, the corner, the layer, the line, and match the fix to the failure point. In most cases, the right combination of products costs less than a heavier stretch wrap spec and does a better job protecting what matters.
Not sure which product fits your application? Take the product quiz to find out in a few quick questions, or get in touch with the Badger team if you have some questions you would like to ask first before deciding.
