Pallet Stretch Film in Malaysia: The Complete Buyer’s Guide

For most Malaysian operations the right pallet stretch film is a 17–23 micron cast hand film matched to the load, not the thickest roll the budget allows — and if you wrap more than about 15–20 pallets a day, a semi-automatic wrapper with pre-stretch film will usually pay for itself in film savings alone. Load failures are caused less by thin film than by wrong wrapping technique: no film-to-pallet lock, no containment at the top and bottom of the load, and hand-wrapping stretched so little that the film never develops holding force.

• 2S Packaging Sdn Bhd
• ISO 9001:2015 certified
• Seri Kembangan, Selangor

This guide consolidates the whole buying decision in one place: hand roll versus machine roll, micron selection by load type, cast versus blown film, what pre-stretch actually means, the wrapping mistakes that cause loads to fail, stretch film versus shrink wrap, and how to cut film cost without losing load stability. It sits alongside our guides on carton sealing and transit failure and how to buy packaging materials in Malaysia — a stable pallet of badly sealed cartons still arrives damaged, and vice versa.

Hand roll or machine roll — which do you actually need?

The honest dividing line is daily pallet count, not company size.

Hand rolls are typically 500 mm wide, 17–23 micron, on a core light enough to wrap by walking around the pallet. They need no capital outlay and suit low volumes, mixed workflows, and wrapping in places a machine cannot reach (inside containers, at the loading dock, odd oversized items). Their weaknesses are consistency and film economy: a person hand-wrapping stretches the film perhaps 20–50% at best — often close to zero when tired — so each pallet uses more film and gets a less repeatable wrap. A typical hand-applied film load uses ~250–400 g of film; the same containment from a machine with pre-stretch can use half that or less.

Machine rolls are heavier rolls (commonly 50 mm cores, 15–25 kg) that run on a turntable or arm wrapper. The machine’s pre-stretch carriage elongates the film 150–250% before it touches the load, which cuts film consumption per pallet dramatically and makes every wrap identical — the same number of top and bottom wraps, the same overlap, every time, regardless of who pressed the button.

The cost-per-pallet logic, indicatively: if hand-wrapping uses 300 g of film per pallet and a machine with 200% pre-stretch uses 120 g for the same containment, then at 20 pallets a day the film saving alone is several kilograms of film per day — before counting labour time and the reduction in transit damage from consistent wraps. That is why the crossover sits around 15–20 pallets daily: below it, hand rolls are the sensible economy; above it, staying on hand wrap is usually the expensive option even though it feels cheaper. There is no shame in a hand roll at five pallets a day — a machine there would be idle capital.

What micron stretch film should you use for your load?

Thicker is not better; matched is better. Indicative selection for hand film:

Two cautions. First, micron is only meaningful alongside film quality — a good 17 µm cast film with proper stretch outperforms a poor 23 µm film applied loose, and some cheap rolls are thinner than the label claims. Second, sharp corners and protruding edges puncture film regardless of micron; pad the corners or step up to a higher-puncture film rather than endlessly increasing thickness. Our earlier post on choosing the right stretch film for pallets covers load profiling in more detail, and the pallet stretch film range page lists the standard widths and microns we stock.

Cast or blown film — does it matter?

Briefly: most film sold in Malaysia is cast — made on chill rollers, it is clear, quiet to unwind, clings well on one side and stretches consistently. It is the right default for almost everyone. Blown film is made by the bubble process; it is tougher and more puncture-resistant for the same micron, holds loads more stubbornly, but is hazier, noisier off the roll, and costs more. Choose blown only when you have a demonstrated puncture or holding problem that cast film at a sensible micron has failed to solve — for the typical carton pallet, cast wins on cost and workability.

What is pre-stretch, and why does it decide your film cost?

Stretch film only develops holding force when it is elongated — the stretched film trying to return to its original length is what clamps the load. Pre-stretch means elongating the film in a controlled way before it reaches the pallet. A machine carriage geared to 200% pre-stretch turns 1 metre of film off the roll into 3 metres onto the load: you buy one metre, you wrap with three. That single number is why machine wrapping is cheaper per pallet than hand wrapping despite the film looking identical on the roll.

Hand wrapping cannot reach those numbers — human arms achieve perhaps 20–50% stretch, inconsistently. If you are staying on hand wrap, two half-measures help: pre-stretched hand film (film already stretched at the factory, so thin-feeling rolls that apply with light effort and decent containment) and simple braked hand dispensers that add resistance as you walk. Both narrow the gap; neither closes it.

Which wrapping mistakes actually cause load failures?

Most collapsed pallets we are shown were wrapped with enough film — in the wrong places. The recurring mistakes:

• No lock to the pallet. The film cocoon grips the goods but never anchors to the pallet itself, so the whole load slides off the deck under braking. The first wraps must catch the pallet base or corner blocks — the load and pallet must become one unit.
• Starting the wrap too high and stopping too low. Containment force matters most at the bottom (where braking forces act) and the top (where the load sways). Standard practice is 3–5 wraps at the base, spiral up with 50% overlap, and 2–3 wraps at the top — not an even single pass all the way up.
• Film applied loose. Unstretched film is a rain cover, not a restraint. If you can slide a flat hand easily behind the film anywhere on the load, it is not holding anything.
• Wrapping a bad stack. Interlocked or pyramid stacking, overhanging cartons and voids in the middle of the load cannot be fixed by film. Column-stack to the pallet edge, heaviest at the bottom, then wrap.
• Ignoring humidity’s effect on the cartons. In Malaysian ambient storage, corrugated board softens and the load settles — film tension applied on day one loosens by day ten. Long-stored pallets may need a re-wrap check before despatch, and over-tight wrapping crushes softened cartons in the first place.

Stretch film or shrink wrap — which one is for pallets?

They are different products doing different jobs. Stretch film is applied cold under tension and holds by elastic recovery — it is the standard for unitising pallet loads, needs no equipment beyond a dispenser (or a wrapper), and is the cheaper consumable for that job. Shrink wrap is a film that tightens when heated with a heat gun or tunnel; it excels at tightly conforming to individual products, bundles and irregular shapes, and gives weather-sealed, tamper-evident packs — at the cost of heat equipment, energy and slower throughput. For palletising cartons in a Malaysian warehouse, stretch film is almost always the right answer; shrink comes into play for retail bundling and product-level packs. The full comparison is in our earlier post stretch film vs shrink wrap: what’s the difference.

How do you cut film cost without losing load stability?

In rough order of payback:

1. Fix technique before specification. Base wraps, pallet lock, 50% overlap, real stretch. This costs nothing and usually removes the “we need thicker film” conversation entirely.
2. Match micron to load, both directions. Wrapping light uniform cartons in 23 µm is paying for containment you do not need; wrapping heavy irregular loads in 17 µm is paying twice — once for film, once for damage.
3. Move to pre-stretched hand film if you are on standard hand rolls and not ready for a machine. Lower film weight per pallet, easier on the wrapper’s back, more consistent tension.
4. Buy the machine at the crossover. Past 15–20 pallets a day, 150–250% pre-stretch is the single biggest film-cost lever available, and wrap consistency cuts transit damage as a bonus.
5. Weigh film per pallet once a quarter. Weigh the roll before and after wrapping a typical pallet. Film use drifts as staff change; a number on a clipboard keeps it honest, and it turns supplier comparisons into grams-per-pallet arithmetic instead of price-per-roll guesswork.
6. Beware price-per-roll comparisons. A cheaper roll that is thinner than labelled, or breaks at lower stretch, costs more per pallet. Compare on film weight, measured micron and how far it stretches before tearing — not roll price.

Film is also only one line of the packaging budget — our post on 5 ways to reduce your packaging costs takes the wider view across cartons, tape and void fill.

Frequently asked questions