Polyethylene (PE) film is one of the most widely used packaging materials across industries, including mattress manufacturing, furniture packaging, logistics, agriculture, and industrial shipping. While PE film may appear simple, choosing the correct thickness is essential for ensuring product protection, reducing packaging costs, and improving operational efficiency.
Many buyers focus primarily on price, but the true value of PE film lies in finding the right balance between thickness, strength, and performance. Selecting a film that is too thin may result in tears or punctures, while choosing an unnecessarily thick film can increase material costs without providing additional benefits.
This guide explains how PE film thickness influences its strength and performance, helping manufacturers make informed purchasing decisions.
PE film thickness refers to the distance between the two surfaces of the film. It is commonly measured in:
For reference:
Industrial PE packaging films typically range from 20 to 200 microns, depending on the application.
Film thickness directly affects packaging performance in several ways.
Thicker films generally offer higher tensile strength, enabling them to withstand greater pulling forces during packaging, transportation, and handling.
Benefits include:
Sharp mattress corners, springs, furniture edges, or heavy products can easily puncture low-quality film.
Increasing film thickness improves resistance against:
This is especially important for compressed mattress packaging.
During packaging, films experience continuous tension.
High-performance PE films with appropriate thickness help prevent:
Good tear resistance ensures reliable packaging throughout the supply chain.
Mattress compression packaging places enormous pressure on packaging materials.
PE film used with compression and roll packing machines must maintain its integrity after:
A properly selected film maintains consistent performance even under high compression ratios.
| Thickness | Typical Applications |
|---|---|
| 20–40 μm | Light-duty protective packaging |
| 40–60 μm | General industrial packaging |
| 60–90 μm | Mattress and furniture packaging |
| 90–120 μm | Heavy-duty industrial wrapping |
| 120–200 μm | High-load packaging and export protection |
The ideal thickness depends on product weight, packaging method, and transportation requirements.
While thicker films are generally stronger, thickness alone does not determine quality.
Several other factors significantly influence film performance.
Virgin PE resin produces stronger, clearer, and more consistent film than recycled materials.
Advantages include:
Modern PE films often use multi-layer co-extrusion technology.
Multi-layer films provide:
Advanced production equipment ensures:
Quality manufacturing is just as important as material selection.
Mattress manufacturers require PE film that performs well under high compression while protecting products throughout transportation.
Important considerations include:
Heavier mattresses require stronger films with greater puncture resistance.
Higher compression creates greater stress on the packaging material.
Select films specifically designed for compression packaging applications.
The PE film should be compatible with:
Compatibility improves packaging speed and sealing quality.
International shipments often involve:
Higher-performance films help minimize damage during export.
Using high-quality PE film can improve factory efficiency by:
Reliable packaging materials contribute directly to lower operating costs.
When purchasing industrial PE film, ask suppliers the following questions:
A professional supplier can recommend the best solution based on your production requirements.
NAIGU supplies high-quality PE packing film designed specifically for mattress, furniture, foam, and industrial packaging applications.
Our PE films offer:
With years of experience serving manufacturers worldwide, NAIGU provides packaging materials that improve efficiency while reducing packaging costs.
Understanding PE film thickness is the first step toward selecting the right packaging material. However, thickness should always be evaluated alongside material quality, manufacturing technology, tensile strength, and application requirements.
For mattress manufacturers and industrial exporters, investing in high-quality PE film ensures better product protection, smoother packaging operations, lower transportation risks, and improved overall profitability.
Choosing the right PE film today can save significant costs and prevent packaging issues in the future.
Most compressed mattress applications use 60–90 microns, though heavier mattresses or export shipments may require thicker films depending on product weight and compression ratio.
Not necessarily. Film quality, resin type, and manufacturing process also play major roles. A premium multi-layer 70 μm film can outperform a lower-quality 90 μm film.
Yes. PE film can be customized in terms of thickness, width, length, color, and printed branding to meet different packaging requirements.
Yes. High-quality PE film is designed to work efficiently with automatic compression, vacuum, and roll packing equipment, ensuring smooth operation and consistent sealing.
Looking for durable, high-performance PE packing film for your mattress or furniture packaging line?
NAIGU offers customized PE film solutions with excellent strength, consistent thickness, and reliable sealing performance. Whether you need film for automatic packaging machines or export-ready protection, our team can recommend the ideal specification for your application.
Contact us today to discuss your packaging requirements and receive a customized quotation.
📧 Email: jenney@gdnaimei.com
📱 WhatsApp/Phone: +86 13924835577
🌐 Website: https://naigufilms.com/
