What Gauge Stretch Film Do I Need? The Ultimate Pallet Wrap Thickness Guide


Time

2026-06-04

If you are responsible for warehouse operations, shipping, or procurement, you’ve likely asked yourself: "What gauge stretch film do I need?" Choosing the right stretch film gauge is a delicate balancing act. Pick a film that is too thin, and your pallets will shift, leading to damaged goods and costly transit claims. Pick a film that is too thick, and you 

Will spend a lot of money   by overpackaging.

In this guide, we will demystify pallet wrap thickness, explain how gauge translates to microns and mils, and help you select the exact thickness required for your specific loads.

Understanding Stretch Film Gauge, Mils, and Microns

Before diving into applications, let's clarify the terminology. Depending on your supplier or location, pallet wrap thickness is measured in three different units:

1.Gauge: The traditional imperial measurement used predominantly in the United States for blown and cast films.

2.Mil: One-thousandth of an inch (0.001").

3.Micron (µm): The metric measurement (one-millionth of a meter) widely used internationally.

4.To make your life easier, here is a quick conversion table for the most common industrial stretch film thicknesses:

Stretch Film Gauge

Thickness in Mils

Thickness in Microns (µm)

Load Capacity Type

37 - 47 Gauge

0.37 - 0.47 mil

9 - 12 mic

Equivalent/Hybrid (Light Loads)

60 Gauge

0.60 mil

15 mic

Light to Medium Loads

70 Gauge

0.70 mil

17.8 mic

Standard / Most Common Loads

80 Gauge

0.80 mil

20.3 mic

Versatile / Heavy Loads

90 Gauge

0.90 mil

23 mic

Extra Heavy / Industrial Loads

100 - 120 Gauge

1.00 - 1.20 mils

25.4 - 30.5 mic

Ultra-Heavy / Sharp-Edged Loads

Breakdown: Which Stretch Film Gauge Do You Need?

  • Different cargo types require different levels of containment force. Let’s look at which pallet wrap thickness fits your daily shipping needs.
  • 37 to 53 Gauge (Hybrid / Pre-Stretched Films)
  • Best For: Light, uniform, and stable loads.
  • Common Applications: Empty plastic bottles, paper goods, snack foods, and pre-boxed items that don't have sharp edges.
  • Why Choose It: These are often "engineered" or "hybrid" films. They are thinner but formulated to perform like higher gauges, offering massive cost savings and reducing plastic waste.
  • 2. 60 Gauge (15 Microns)
  • Best For: Standard light-to-medium loads up to 1,600 lbs.
  • Common Applications: Standardized cardboard boxes stacked neatly on a pallet, lightweight consumer goods.
  • Why Choose It: It provides excellent clarity and decent holding strength for predictable, well-balanced loads.
  • 3. 70 to 80 Gauge (17.8 to 20.3 Microns) — The Industry StandardBest For: Multi-purpose wrapping, heavy loads up to 2,200 lbs, and uneven profiles
  • Common Applications: Bottled water/beverages, canned goods, larger electronics, and general warehouse shipping.
  • Why Choose It: 80 gauge stretch film is the undisputed champion of the packaging world. It handles about 70-80% of all industrial applications, making it the safest "one-size-fits-all" choice if you handle diverse inventory.
  • 90 to 100+ Gauge (23 to 30.5+ Microns)
  • Best For: Ultra-heavy, irregular loads up to 3,000+ lbs, or cargo with sharp protruding corners.
  • Common Applications: Bricks, concrete blocks, heavy industrial machinery, steel components, and jagged wooden pallets.
  • Why Choose It: This heavy-duty pallet wrap thickness provides maximum puncture resistance and extreme holding force to prevent heavy items from shifting during sudden transit stops.
  • 3 Critical Factors to Consider Beyond Gauge
  • While matching the weight of your load to the gauge table is a great starting point, keep these three variables in mind:
  • A. Load Profile (Shape of the Pallet)
  • A-Loads: Uniform, flush sides, no protrusions (Easy to wrap, lower gauge needed).
  • B-Loads: Less uniform, some stacking variances, minor sharp edges (Requires mid-to-high gauge).

 

  • C-Loads: Highly irregular, sharp corners, protruding items (Requires maximum gauge or blown film).
  • B. Machine vs. Hand Wrapping
  • If you use an automatic turntable stretch wrapper, you can often use a lower gauge because the machine stretches the film consistently up to its maximum yield. For manual hand wrapping, an 80-gauge film or a pre-stretched hybrid film is usually preferred to prevent operator fatigue.
  • C. Sustainability Goals

Reducing your carbon footprint is no longer optional. Choosing modern, high-performance hybrid down-gauged films allows you to use less plastic per pallet while maintaining the same containment force. Always look for films that are 100% recyclable to align with eco-friendly corporate initiatives.

Conclusion: Stop Guessing, Start Saving

Optimizing your stretch film gauge is one of the easiest ways to cut warehouse expenses without sacrificing product safety. If you are currently using a 90-gauge film for light cardboard boxes, you are overpaying. Conversely, if your 60-gauge film keeps snapping on the line, the downtime is costing you more than the film itself.

Still not sure which thickness is right for your warehouse? Contact our product specialists today. We can perform a load audit and provide free samples of various pallet wrap thicknesses to find your perfect match!

 

We are Tuosheng packing , which specialize in films for nearly 15years ,My WA :+0086 18015518033  E-mail :sales015@tsbzcl.com 

 


Copyright: Suzhou Tuosheng Packing Materials Co., Ltd.

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