Shrink Wrap Film Materials: The Complete Guide to POF, PE, PVC and BOPP

Advantages

• Balanced shrinkage gives a wrinkle‑free, tight fit even on complex shapes like gift boxes or irregular products.

• Superior clarity makes the product fully visible and enhances shelf appeal.

• Outstanding low‑temperature performance (non‑brittle at -50°C) makes it ideal for frozen food packaging and cold chain logistics.

• Safe for food contact: FDA‑approved and emits no toxic odors during processing.

• Soft seal corners after packaging — will not cut hands, unlike PVC.

• Wide automation compatibility works with L‑bar sealers, side sealers, and fully automatic shrink wrapping lines.

• Environmentally friendly: chlorine‑free and recyclable.

Disadvantages

• Higher cost than PVC (but often justified by performance and safety)

• Requires proper temperature control (though the range is forgiving)

Common Applications

POF is the most versatile shrink film, used across many industries:

• Food packaging: meat, dairy, vegetables, fruits, coffee, frozen foods, and baked goods

• Pharmaceuticals: tablets, capsules, medical devices — provides sterile, contamination‑proof packaging

• Cosmetics and personal care: perfume cartons, soap boxes, gift sets

• Electronics: gadget boxes, USB drives, printer cartridges

• Toys, stationery, and printed materials

• Beverage multi‑packs and promotional bundling

POF is also the primary material for overwrapping applications where a premium, retail‑ready finish is required.

PE Shrink Film (Polyethylene)

What Is PE?

PE
(Polyethylene) shrink film is a strong, thick film designed for
heavy‑duty industrial applications. Unlike POF, PE is often translucent
or milky white rather than crystal clear. It is widely used for
pallet‑level bundling and protecting large or irregular items.

Key Properties

Advantages

• Exceptional puncture and tear resistance protects heavy or sharp‑edged products during transit.

• Superior toughness after shrinking — does not break under rough handling.

• Withstands low temperatures and harsh conditions without cracking.

• Excellent moisture barrier prevents humidity damage in warehouses and containers.

• Cost‑effective for heavy‑duty applications where high clarity is not required.

Disadvantages

• Low transparency and poor gloss — not suitable for retail packaging where product visibility matters.

• Higher shrinkage temperature requires more energy and specialized equipment (steam shrink machines or high‑temperature hot air tunnels).

• Looser fit after shrinking compared to POF — more suitable for stabilization than tight wrapping.

• Slower shrinkage speed may reduce line efficiency for high‑speed operations.

Common Applications

PE is the workhorse of heavy‑duty and industrial packaging:

• Pallet bundling and unitization: stabilizing entire pallets of goods for transport

• Beverage bottle multi‑packs: bundling cases and trays

• Construction materials: wrapping lumber, pipes, insulation, and hardware

• Furniture and large appliances: protection during warehousing and shipping

• Industrial parts and machinery: dust and moisture protection

• Export packaging: durable outer layer for sea freight

PE is also the standard material for pallet shrink hoods
— large covers that fit over entire pallets and shrink tightly to
secure the load during international shipping. These hoods offer
protection against moisture, dust, dirt, and theft.

⚠️ Note:
PE stretch film (used for pallet wrapping without heat) is a different
product from PE shrink film. The table above refers to PE shrink film,
which requires a shrink tunnel.

PVC Shrink Film (Polyvinyl Chloride)

What Is PVC?

PVC
(Polyvinyl Chloride) shrink film was once the dominant material in the
shrink packaging industry. It is low cost, shrinks at relatively low
temperatures, and offers good clarity. However, significant
environmental and safety concerns have led many markets to restrict or
phase out PVC in favor of POF.

Key Properties

Advantages

• Low cost — typically the cheapest shrink film option, suitable for high‑volume production where budget is the primary constraint.

• Low shrinkage temperature (60‑90°C) makes it suitable for heat‑sensitive products like some foods and cosmetics.

• High initial clarity when fresh, good gloss.

• Easy to seal with standard heat sealing equipment.

Disadvantages

• Toxic fumes
  during sealing — PVC releases hydrochloric acid gas when heated,
  requiring proper ventilation and posing health risks to workers.

• Poor low‑temperature performance — becomes hard and brittle, easily cracks in cold environments or during frozen storage.

• Unbalanced shrinkage — transverse shrinkage is much stronger than longitudinal, often causing wrinkles and distortion at the edges of packages.

• Hard, sharp seal corners after packaging — can cut hands, unlike POF or PE.

• Yellowing over time — plasticizer migration can cause discoloration, reducing shelf appeal.

• Difficult to recycle — PVC is not easy to recycle and causes environmental pollution.

• Low shrink force — not ideal for heavy or bundled products.

• Already banned or restricted in many markets, especially for food contact applications.

Common Applications (where still permitted)

PVC has been largely replaced by POF in most developed markets, but it is still used in some regions for:

• Low‑cost retail packaging where environmental regulations are less strict

• Heat‑sensitive products requiring low shrinkage temperatures

• Some cosmetic and personal care items

• Promotional bundling where budget is the only consideration

⚠️ Important:
Many countries and large retailers have restricted or banned PVC in
packaging due to environmental and health concerns. If you export to
Europe, North America, or Japan, PVC may not be an acceptable choice.

BOPP Film (Biaxially Oriented Polypropylene)

What Is BOPP?

BOPP (Biaxially Oriented Polypropylene) is a high‑performance film used primarily for overwrapping
rather than shrink wrapping. While it does shrink somewhat when heated,
its main function is to create a tight, wrinkle‑free wrapper around
individual cartons — often as an alternative to cellophane.

BOPP is made from petroleum and is widely used in cigarette packaging, food overwrap, and high‑speed flow wrapping. Sustainable alternatives include cellulose‑based films made from wood pulp.

Key Properties

Property	Detail
Transparency	Excellent — low haze, high gloss, no surface texture
Shrinkage Temperature	Low-temperature and coated varieties available
Heat seal range	Wide, with high seal strength
Water vapor barrier	Excellent
Stiffness	High — good machinability on high-speed lines
Surface treatment	Coated varieties available to prevent sticking
Environmental status	Petroleum-based; sustainable equivalents exist (cellulose, PLA)

Advantages

• Exceptional clarity and gloss — outperforms most other films for premium retail presentation.

• Wide heat seal range and high seal strength — reliable on high‑speed overwrapping machines.

• Excellent water vapor barrier — keeps moisture out, preserving product freshness.

• Uniform thickness and wide shrinkage control range — consistent results.

• High stiffness — good machinability and dimensional stability.

• No sticking issues — coated varieties prevent film‑to‑box adhesion when the box surface has BOPP coating.

• Gradual replacement of cellophane — BOPP is now the dominant material for cigarette packaging and many food overwrap applications.

Disadvantages

• Made from petroleum — not renewable, though more energy‑efficient to produce than some alternatives.

• Limited “shrink” capability — primarily an overwrap film, not a full shrink film. For tight, conforming shrink around complex shapes, POF is superior.

• May stick to coated box surfaces
  — if both the film and box coating are BOPP, uncoated BOPP may adhere
  and damage the box when torn open. Coated varieties solve this issue.

Common Applications

BOPP is primarily used for overwrapping individual cartons on cellophane packaging machines (overwrappers):

• Cigarette packaging — the largest single application for BOPP

• Biscuits and bakery items — flow‑wrapped individual packs

• Tea and coffee cartons — premium overwrap

• Cosmetics and perfume boxes

• Pharmaceutical cartons

• High‑speed flow wrapping for food products

BOPP and traditional cellophane have similar properties and can largely be used interchangeably, especially in food packaging. However, for applications requiring deep shrink and conforming fit around irregular shapes, POF remains the superior choice.

 

Property	POF	PE	PVC	BOPP
Primary use	Shrink wrapping	Heavy-duty / pallet bundling	Budget shrink (restricted)	Overwrapping (cartons)
Transparency	Excellent	Low (translucent)	Good (initially)	Excellent
Shrinkage temp	80–120°C	120–180°C	60–90°C	Low-temp varieties available
Shrinkage uniformity	Excellent	Poor	Poor	N/A (not primary shrink film)
Low-temp resistance	Excellent (-50°C)	Good	Poor (brittle)	Good
Puncture resistance	High	Very high	Moderate	High
Toughness after shrinking	Excellent	Excellent	Poor (brittle)	Good
Toxicity during sealing	None	None	Toxic fumes	None
Recyclability	Good	Moderate	Very poor	Moderate
Cost	Moderate	Moderate	Low	Moderate to high
Best for	Food, pharma, cosmetics, retail	Pallets, construction, heavy items	Low-cost where regulations allow	Cigarettes, carton overwrap, flow wrap

How to Choose the Right Shrink Film

Ask yourself these questions before selecting a film:

1. What shape is your product?

• Simple rectangular boxes: any film will work, but POF or PVC offers the best clarity.

• Irregular or complex shapes (rounded, tapered, sharp edges): POF has the best conformability.

• Cylindrical items (bottles, cans): PE for bundling; POF for individual wrapping.

• Flat or thin items: POF or BOPP.

2. Where will the product be stored or shipped?

• Cold chain or frozen storage (‑50°C to 0°C): POF only — non‑brittle even at extremely low temperatures. PVC will crack; PE is acceptable but less transparent.

• High‑humidity environments (warehouses, sea freight): PE for pallet‑level protection; POF for individual product protection.

• Room temperature retail storage: POF, BOPP, or PVC (where permitted).

3. Does your product require food contact safety?

• Direct food contact (meat, dairy, baked goods, produce): POF (FDA‑compliant) is the safest choice. PE is also acceptable but less transparent. Avoid PVC for food contact in most markets.

• Pharmaceuticals and medical devices: POF only — provides sterile, contamination‑proof packaging.

4. What are your environmental and regulatory requirements?

• Exporting to Europe, North America, or Japan: Avoid PVC — it is restricted or banned in many applications. Choose POF or PE.

• Corporate sustainability goals: Choose POF
  (chlorine‑free, recyclable) or explore recycled‑content polyolefin
  films (e.g., ReviveWrap with up to 30% pre‑consumer recycled resin). Bio‑based alternatives (PLA, cellulose) are also emerging.

• Recyclability required: POF is the most recyclable of the shrink films; PVC is very difficult to recycle.

5. What is your packaging budget?

• Lowest cost: PVC (but consider regulatory risks and safety)

• Mid‑range cost, best value: POF — superior performance for a moderate price increase

• Heavy‑duty budget: PE — low cost per square meter for pallet‑level applications

6. What machine are you using?

• Shrink wrap machine with heat tunnel: POF, PE, or PVC (check tunnel temperature range).

• Overwrap machine (cellophane wrapper): BOPP or traditional cellophane.

• High‑speed automatic line: POF or BOPP — both offer excellent machinability.

7. Does your product have a coated surface?

• Box with BOPP coating: Choose PVC cellophane film
  (or coated BOPP) to prevent sticking. Uncoated BOPP film may stick to
  BOPP‑coated boxes and damage the surface when the outer film is torn off.

The Global Shrink Packaging Market

The
shrink packaging market is large and growing. According to Fortune
Business Insights, the global shrink packaging market was valued at USD 12.27 billion in 2025 and is projected to reach USD 21.47 billion by 2034, growing at a CAGR of 6.48%. North America dominated the market in 2025 with a 31.44% share.

Key drivers of this growth include:

• The rise of e‑commerce, driving demand for durable, damage‑resistant packaging

• Increasing demand from the food and beverage industry for hygienic, tamper‑evident solutions

• Sustainability initiatives pushing manufacturers to develop thinner, stronger, and more recyclable shrink films

Within the shrink film segment, polyolefin (POF) is the fastest‑growing material, as brands and retailers move away from PVC toward more sustainable, food‑safe alternatives.

Emerging Sustainable Alternatives

The packaging industry is actively developing more sustainable shrink film options:

• Recycled‑content polyolefin films:
  Products like ReviveWrap use up to 30% certified pre‑consumer recycled
  resin while maintaining high clarity and shrink performance, and are
  recyclable at designated drop‑off locations.

• PLA (Polylactic acid) films:
  Bio‑based and biodegradable, PLA is made from renewable resources (corn
  starch, sugarcane). Fraunhofer researchers are advancing PLA as a
  bio‑based, biodegradable, and recyclable alternative with strong market
  potential.

• Cellulose‑based films:
  Made from wood pulp, traditional cellophane and modern alternatives
  like NatureFlex offer biodegradability. However, they have higher
  production costs and are less common for shrink applications than for
  overwrap.

• BASF’s Ecovio FS: A biodegradable plastic with up to 66% bio‑based content, specifically designed for shrink film applications.

The
global biodegradable films market is growing rapidly, from USD 1.43
billion in 2025 to a projected USD 1.54 billion in 2026, at a CAGR of
7.6%, driven by rising environmental awareness and advances in
biodegradable polymer technology.

Practical Tips from the Factory Floor

At
RAYNOR Machinery, we work with all these films daily on our shrink wrap
machines and overwrappers. Here are a few practical observations:

Film Storage

• Store all shrink films in a cool, dry environment away from direct sunlight and heat sources.

• PVC is especially sensitive
  to temperature fluctuations — it becomes brittle and prone to cracking
  in cold storage. POF and PE have much better low‑temperature tolerance.

Seal Quality

• POF produces soft, safe seal corners that will not cut hands — ideal for consumer‑facing packages.

• PVC seal corners are hard and sharp — a safety hazard for workers and end consumers.

• BOPP requires precise temperature control to achieve strong seals on high‑speed lines.

Equipment Compatibility

• POF
  works on virtually any shrink wrapping equipment — L‑bar sealers, side
  sealers, continuous motion systems, and fully automatic shrink tunnels.

• PE shrink film requires a high‑power heat tunnel (120‑180°C). Standard L‑bar sealers with small tunnels may not generate enough heat.

• BOPP is designed for overwrap machines (cellophane wrappers), not standard shrink tunnels.

• PVC
  shrinks at low temperatures (60‑90°C) but the toxic fumes it releases
  during sealing can damage equipment over time and pose health risks.

Final Thoughts

Choosing
the right shrink film is not complicated, but it requires understanding
your product, your equipment, and your market requirements.

• For most retail and food applications: POF
  is the best choice. It offers superior clarity, balanced shrinkage,
  excellent low‑temperature performance, and regulatory compliance — all
  at a reasonable cost.

• For heavy‑duty pallet bundling and industrial packaging: PE is the workhorse — tough, durable, and cost‑effective for large‑scale protection.

• For carton overwrapping on cellophane machines: BOPP is the modern standard — excellent clarity, high barrier properties, and high‑speed machinability.

• For budget‑driven applications where regulations allow:
  PVC is still available, but be aware of its environmental and safety
  limitations — and many markets are already moving away from it.

The
global shift toward sustainable packaging is accelerating. POF is
already the most recyclable of the traditional shrink films, and new
bio‑based and recycled‑content alternatives are entering the market
rapidly.

Need help selecting the right shrink film for your packaging line?
At RAYNOR Machinery, we test and recommend films for our shrink wrap
machines and overwrappers every day. Contact us to discuss your
application.

📞 Contact us at raynorpack.com
📍 RAYNOR Machinery — Built in Kunshan, China. Delivered worldwide.