6 Common Stretch Film Types on the Market

Stretch film (also known as stretch wrap or pallet wrap) is an essential packaging material in logistics, transportation, and warehousing. Thanks to its excellent stretchability, durability, and cling properties, stretch film helps secure palletized goods, preventing shifting, moisture, and damage during transit.

In this article, we will explore the most popular stretch film types available on the market today, helping businesses choose the right product for their packaging needs.

1. Hand Stretch Film

Overview:
Hand stretch film is designed for manual wrapping, making it ideal for small businesses or light packaging tasks. It is lightweight, easy to use, and does not require machinery.

Features:

• Thickness: Typically 15–20 microns.

• Width: Commonly 45–50 cm.

• Material: LLDPE (Linear Low-Density Polyethylene) for flexibility.

• Applications: Wrapping small pallets, boxes, or individual items.

Pros:
✔ Low cost.
✔ Easy to use without machines.
✔ Suitable for light to medium loads.

Cons:
✖ Less efficient for large-scale operations.
✖ Requires more labor compared to machine film.

2. Machine Stretch Film

Overview:
Machine stretch film is designed for automated or semi-automatic stretch wrapping machines, improving efficiency in large warehouses and factories.

Features:

• Thickness: 17–25 microns (heavier-duty options available).

• Width: 50–75 cm (varies based on machine requirements).

• Material: LLDPE with enhanced tear resistance.

• Applications: High-volume pallet wrapping in logistics and manufacturing.

Pros:
✔ Faster and more consistent wrapping.
✔ Reduces labor costs.
✔ Stronger hold for heavy loads.

Cons:
✖ Requires a stretch wrapping machine.
✖ Higher initial investment.

3. Pre-Stretched Stretch Film

Overview:
Pre-stretched film is manufactured under tension, allowing it to be thinner while maintaining strength. It reduces material usage and costs.

Features:

• Thickness: 8–12 microns (lighter than standard film).

• Stretchability: Up to 250% (pre-stretched during production).

• Material: High-performance LLDPE.

• Applications: Light to medium pallet loads, eco-friendly packaging.

Pros:
✔ Saves material costs.
✔ Lightweight yet strong.
✔ Reduces waste and environmental impact.

Cons:
✖ Not suitable for extremely heavy loads.
✖ Requires careful handling to avoid tearing.

4. VCI Stretch Film (Anti-Corrosion Film)

Overview:
VCI (Vapor Corrosion Inhibitor) stretch film is specially treated to prevent rust and corrosion on metal products during storage and shipping.

Features:

• Thickness: 17–25 microns.

• Special Coating: Releases anti-corrosion vapors.

• Material: LLDPE with VCI additives.

• Applications: Metal parts, automotive components, machinery.

Pros:
✔ Protects metal from oxidation.
✔ No need for additional rust inhibitors.
✔ Cost-effective for long-term storage.

Cons:
✖ More expensive than standard stretch film.
✖ Limited use for non-metal products.

5. UV-Resistant Stretch Film

Overview:
UV-resistant stretch film is designed for outdoor storage, protecting goods from sunlight degradation.

Features:

• Thickness: 20–30 microns.

• UV Protection: Blocks harmful UV rays.

• Material: Stabilized LLDPE.

• Applications: Construction materials, outdoor equipment, agriculture.

Pros:
✔ Prevents sun damage.
✔ Longer shelf life for outdoor-stored goods.
✔ Resistant to weathering.

Cons:
✖ Higher cost than regular stretch film.
✖ Not needed for indoor use.

6. Colored Stretch Film

Overview:
Colored stretch films are used for branding, security, or product categorization.

Features:

• Colors Available: Black, blue, green, red, etc.

• Thickness: 15–25 microns.

• Material: Standard or reinforced LLDPE.

• Applications: Retail packaging, tamper evidence, inventory management.

Pros:
✔ Enhances branding.
✔ Improves security (opaque colors hide contents).
✔ Helps in product sorting.

Cons:
✖ Slightly more expensive than clear film.
✖ Limited UV protection (unless specified).

Conclusion

Choosing the right stretch film depends on your packaging needs, load requirements, and budget. Here’s a quick comparison:

By understanding the different types of stretch film, businesses can optimize packaging efficiency, reduce costs, and ensure product safety during transit.

Would you like recommendations for a specific industry? Let us know in the comments!