UBCNews - Business - Preventing Transit Disasters: Why Your Choice of Pallet Wrap Actually Matters

Episode Date: January 29, 2026

Have you ever wondered why some of your shipments arrive perfectly intact while others look like they've been through a battle? Today we're talking about something that might seem simple on the surface but can make or break your logistics operation - literally. We're talking about pallet wrap. Globe Packaging City: Hayes Address: Unit 5, Caxton Trading Estate Website: https://www.globepackaging.co.uk/

Have you ever wondered why some of your shipments arrive perfectly intact, while others look like they've been through a battle? Today we're talking about something that might seem simple on the surface, but can make or break your logistics operation, literally. We're talking about palette wrap. Right, and it's one of those things that people don't think about until something goes wrong. I remember early in my career, we had a palette of glassware arrive completely shattered.

The wrap had failed during transport and we lost the entire shipment. That was a costly lesson and an embarrassing phone call to make. Oh, that's painful. And you're not alone. Over 50% of damaged pallet loads in transit are actually attributed to ineffective pallet wrapping. That's a staggering number when you think about it. Exactly. And here's the thing.

Ineffective stretch wrapping is a major cause of product damage during transit. So we're talking about a significant issue here. When you consider the financial impact of damaged goods, proper wrapping becomes critical to protecting your bottom line. Those stakes are high, so let's break this down. What makes good quality pallet wrap stretch film so important? Well, proper pallet wrap does three critical things. First, it provides stability and protection against moisture, dust and contaminants.

Second, it helps maintain load stability and prevents teeth. tipping during transit by securing the items together. And third, and this is key, it creates containment force, which is basically the squeezing pressure that keeps everything locked together. Mm-hmm, interesting point. What's interesting is that more revolutions or thicker wrap don't automatically mean more security. What matters is that containment force.

You need the right film applying the right pressure to actually secure the load to the pallet. So wrapping it repeatedly and hoping for the the best won't cut it. You need to understand the specs. That point about film specifications sets up our next piece, choosing the right film thickness and stretch. But first, a quick word from our sponsor. Globe packaging supplies premium packaging materials to small and medium-sized enterprises across the UK mainland. Their inventory includes craft paper, envelopes, tape, boxes and high-quality palette wrap, all with eco-friendly selections available.

Whether you need 150% stretch, 20 micron film for lighter loads, or 250% stretch, 23 micron film for heavier shipments, they offer next day delivery and same-day shipping options depending on timing and order costs. Learn more at globepackaging.co.uk. Picking up on those film specifications we mentioned, how do you actually choose the right film. I mean, when you're looking at something like 150% stretch 20 micron film versus 250% stretch, 23 micron film, what should you be considering? Great question. Let's start with the basics. The thickness of stretch wrap, known as gauge or micron, directly affects its strength,

stretchability and durability. Common films range from about 10 to 30 microns. Okay, so when we're talking about 20 mu versus 23 mu, we're talking about microns, the actual thickness of the film. Exactly. Now, a 23 micron film is commonly used for palette wrapping and provides sufficient fixation for most palletized goods, even tall ones. It's going to be your workhorse for heavier loads or long-distance shipping. The 20 micron film, on the other hand, works well for lighter loads or, uh, local deliveries where you don't need quite as much holding power. And what about that stretch percentage, the 150% versus 250%? How does that factor in? High stretch percentages lead to better load security and reduced material waste.

Some high quality films can actually stretch up to 300% of their original length without breaking. So a film with 250% stretch capability is going to give you more elasticity, more containment force, and ultimately better protection than one at 150%. So to everyone listening in logistics or operations, this is where you can actually save money while improving performance. If you're using high-performance film, you're wrapping more pallets with less material, right? Definitely. High-performance films can lead to significant cost savings and reduce plastic use. You're getting better load containment without sacrificing effectiveness. Fewer damages, lower material costs and environmental benefits, a win-win situation.

I mean, when you think about it, this all comes down to understanding your specific needs, the weight of your loads, the distance they're travelling, and what kind of handling they'll face in transit. Right. For heavy loads, we're talking over £2,000, or items with sharp edges, you want to go with a higher gauge, like 23 to 30 microns. For light to medium loads under £1,000, 15 to 20 microns can be sufficient. Matching the film to the application is what really counts. Or, to put it another way, selecting the proper film based on your load requirements is what makes the difference. I see, makes sense. And there's also the question of whether you're using hand wrap or machine wrap.

Machine stretch wrap offers improved load stability, faster wrapping, cost savings through material efficiency, and consistent quality compared to manual wrapping. Though I imagine there's a bit of a learning curve when you first first. switch to machine wrapping, probably fewer opportunities to, um, accidentally wrap yourself to the palette. Huh, you'd be surprised how often that happens with handrapping actually. But yes, one warehousing provider significantly reduced product damage rates and film consumption just by transitioning from manual handrapping to a semi-automatic stretch wrapper. That's compelling evidence. You know, we started this conversation talking about transit disasters and I think

what we've established is that prevention really comes down to three things. Understanding film specifications, matching the right film to your load requirements and applying it correctly. Exactly and remember as much as 11% of unit loads arriving at distribution centres have some level of case damage, that's preventable with the right approach to pallet wrapping. High performance palette wrap ensures products arrive safely and undamaged, which reduces breakages and and improves customer loyalty. Because at the end of the day, that damaged pallet costs you more than the product. It costs you customer trust and time spent managing returns and replacements.

And better stretch wrapping can help overcome product damage, reducing both costs and harm to the environment. Investing in quality pallet wrap from the start just makes financial sense. So before we wrap this up, and yes, pun intended, what's the one takeaway you'd want our listeners to remember about palette wrap. Don't treat palette wrap as an afterthought. The selection of appropriate high-quality film is vital for preventing damage during transit. Whether you choose 150% stretch, 20 micron film for lighter applications, or 250% stretch, 23 micron film for heavier loads, make that choice deliberately based on your specific needs. Your bottom line will thank you. Well said. Thanks for breaking this.

down with us today, this has been really enlightening and hopefully helpful for anyone out there trying to reduce those transit disasters.