Capability fit
Useful for clear packaging, labels, films, bottles, trays, and some flexible packaging structures.
Buyer confidence
PET packaging: match clarity, barrier, heat, recycling, and product exposure
PET can support clear, durable, and recyclable packaging routes, but buyer fit depends on product contact, heat exposure, barrier needs, print route, and whether flexible or rigid packaging is the better launch path.
Specification clarity
Review heat, oil, aroma, moisture, oxygen, stiffness, and recycling requirements before selecting PET.
Launch confidence
Food and personal-care launches need contact suitability and filled-pack validation.
Quote readiness
Quote path should include product type, contact status, clarity needs, barrier target, and pack format.
| Buyer situation | Recommended path |
|---|---|
| Clear pack need | PET or clear film review |
| Barrier risk | Film stack and shelf-life check |
| Recycling claim | Material and market validation |
| Flexible vs rigid | Compare pouch, film, tray, or bottle route |
What to send for a faster quote
Share product type, fill weight, material preference, target MOQ, artwork status, and launch timing so the quote can be matched to the right structure.
What is PET packaging good for?
PET is often used when clarity, stiffness, durability, or recyclability are important.
Is PET always the best material?
No. Barrier, heat, seal, product exposure, and recycling requirements decide whether PET fits.
What should be tested?
Test contact suitability, barrier, heat exposure, print or label compatibility, and filled-pack performance.
Subheading
Polyethylene Terephthalate
A synthetic polymer that is commonly used in the production of plastic bottles and other containers. It is a high quality lightweight and sustainable material solutions for your most precise packaging needs.
Turbocharge your PET and makes an impact
Performance Grades
APET
APET film, also known as amorphous polyethylene terephthalate, is a rigid material with good impact strength. known for its chemical resistance, clarity, and environmentally-friendly properties, as it can be 100% recycled. In addition to standard APET film, we also offer antistatic and antifog coated versions, as well as PETG and PETGAG. APET film has a number of applicable uses, including thermoforming for food and toy packaging, stationary packaging, and gift packaging, as well as for electronic items and electric appliances. It can also be used for folding boxes, collars for garments, credit cards, and PET sheets for printing. Additionally, APET film is commonly used for blister packaging for tablets and capsules, and it can be used for printing with UV offset and silk screen printing methods.
BOPET
BOPET and PET are similar materials, but they have some key differences. BOPET, or biaxially-oriented polyethylene terephthalate, is a type of plastic film made from PET resin. The main difference between BOPET and PET is that BOPET has been stretched in two directions, or biaxially oriented, to improve its strength and physical properties. This makes BOPET stronger, more transparent, and more resistant to moisture, chemicals, and UV radiation compared to PET.
VMPET
The ideal packaging material should be able to keep the product fresh and protect it from light, moisture, and oxygen, all while being cost-effective. This will ensure that the product remains in good condition until it is used or consumed. Here it comes VMPET(Metalized PET) - the material that should be able to preserve the quality and integrity of the product, so that it is as fresh and high-quality as it was on the day it was packaged. VMPET comes to be one of the best choice by adding a thin layer of metal to the PET film which creates a shiny, metallic appearance and can improve the material's barrier properties, making it more effective at protecting the contents of a package from light, oxygen, and other contaminants. VMPET is commonly used in the packaging of food, beverages, and other consumer goods.
Soft Touch PET
Soft touch PET is treated to give it a smooth, velvety finish that is pleasant to the touch. This treatment improves the material's tactile properties and enhances its overall aesthetic appeal. Soft touch PET has a wide range of properties that make it suitable for a variety of specialized applications. Its physical properties, such as its strength and durability, make it ideal for packaging applications where the product will be handled frequently. Its mechanical properties, such as its flexibility and resistance to tearing, make it easy to work with and mold into different shapes. In addition to its physical properties, Soft touch PET also has a range of optical, thermal, electrical, and chemical properties that make it useful for many different applications. For example, its optical properties, such as its clarity and transparency, make it suitable for applications where the contents of the package need to be visible. Its thermal properties, such as its resistance to heat, make it suitable for applications where the material will be exposed to high temperatures.
APET film, also known as amorphous polyethylene terephthalate, is a rigid material with good impact strength. known for its chemical resistance, clarity, and environmentally-friendly properties, as it can be 100% recycled. In addition to standard APET film, we also offer antistatic and antifog coated versions, as well as PETG and PETGAG. APET film has a number of applicable uses, including thermoforming for food and toy packaging, stationary packaging, and gift packaging, as well as for electronic items and electric appliances. It can also be used for folding boxes, collars for garments, credit cards, and PET sheets for printing. Additionally, APET film is commonly used for blister packaging for tablets and capsules, and it can be used for printing with UV offset and silk screen printing methods.
BOPET and PET are similar materials, but they have some key differences. BOPET, or biaxially-oriented polyethylene terephthalate, is a type of plastic film made from PET resin. The main difference between BOPET and PET is that BOPET has been stretched in two directions, or biaxially oriented, to improve its strength and physical properties. This makes BOPET stronger, more transparent, and more resistant to moisture, chemicals, and UV radiation compared to PET.
The ideal packaging material should be able to keep the product fresh and protect it from light, moisture, and oxygen, all while being cost-effective. This will ensure that the product remains in good condition until it is used or consumed. Here it comes VMPET(Metalized PET) - the material that should be able to preserve the quality and integrity of the product, so that it is as fresh and high-quality as it was on the day it was packaged. VMPET comes to be one of the best choice by adding a thin layer of metal to the PET film which creates a shiny, metallic appearance and can improve the material's barrier properties, making it more effective at protecting the contents of a package from light, oxygen, and other contaminants. VMPET is commonly used in the packaging of food, beverages, and other consumer goods.
Soft touch PET is treated to give it a smooth, velvety finish that is pleasant to the touch. This treatment improves the material's tactile properties and enhances its overall aesthetic appeal. Soft touch PET has a wide range of properties that make it suitable for a variety of specialized applications. Its physical properties, such as its strength and durability, make it ideal for packaging applications where the product will be handled frequently. Its mechanical properties, such as its flexibility and resistance to tearing, make it easy to work with and mold into different shapes. In addition to its physical properties, Soft touch PET also has a range of optical, thermal, electrical, and chemical properties that make it useful for many different applications. For example, its optical properties, such as its clarity and transparency, make it suitable for applications where the contents of the package need to be visible. Its thermal properties, such as its resistance to heat, make it suitable for applications where the material will be exposed to high temperatures.
Colored PET
Our colored PET films offer excellent dimensional stability and resistance to shrinkage, curling, and distortion. This makes them ideal for label applications that require precise registration and dimensional control. Additionally, our PET films are highly resistant to heat and harsh chemicals, making them suitable for use in applications such as bar code labels that may be exposed to extreme conditions. Our PET films are available in a variety of colors, including red, pink, blue, and more.
Pet Structure Configuration
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Our plant-based PET, is made using renewable plant resources instead of fossil fuels to produce the monoethylene glycol. This makes it a more environmentally friendly alternative to traditional PET. In some cases, ethanol from sugar cane is used as the basis for the production of bio-MEG, which is then used to make bio-PET.
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Compatible Applications
Anti-fog PET is treated to prevent the formation of fog or condensation of water droplet on its surface. It also prevents fogging and moisture formation inside the pouch and that can be useful in a variety of applications, such as packaging for food, cosmetics, electronics toys or so. Anti-Fog PET is eco friendly and non-toxic and can fully be recycled.
PET shrink film, also known as PETG shrinkable film, is made from PETG (Glycol-modified Polyethylene Terephthalate), which is a type of amorphous plastic resin from the polyester family. PET shrink film has a higher shrink percentage (80% shrinkage) compared to PVC shrink film (40% - 60% shrinkage) and OPS shrink film.
Increasingly, companies are opting to use PETG shrink film instead of PVC and OPS for shrinkable sleeves materials. It is a more sustainabile option comparing to PVC and OPS that may release chemicals which leads to environmental unfriendly consequence.
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PET Customizable Options
From fully opaque(reflective) to transparent(low tint).
Alox film is a type of coating that is applied to packaging films to make them highly transparent and ultra-high resistant to moisture and gas. This coating, which is made of thin, transparent aluminum oxide, provides much better moisture and gas barrier properties than other transparent flexible packaging materials such as PVDC coated film and EVOH coextrusions. In fact, the barrier properties of Alox film are similar to those of aluminum foils and metalized films. Additionally, the moisture and gas permeabilities of Alox film are not affected by high temperatures or high levels of relative humidity, and are not dependent on the thickness of the base film. This means that Alox film can be used to maximize the downgauging of packaging materials. It is the only flexible material that has both high barrier and transparent properties, and is microwavable.
Matte coating delivers a medium level of haze and gloss. The matte finish of the film comes with a non-reflective and smooth surface, which makes it ideal for use in applications where a glossy finish is not ultimately the target. Matte coating boosts the packaging's durability and strength as well.
Our chemically treated PET film is a biaxially oriented polyester film that comes with improve ink and metal adhesion. This treatment allows for better bonding and adhesion of inks and metals, resulting in improved durability and performance of the film.
Silicone-coated PET release film is a type of film that is used in a variety of pressure sensitive adhesive applications. The film is made from PET and coated with a silicone material on its surface. This coating helps to prevent common issues such as bubbles, pinholes, and other defects. The film also has excellent physical properties, including high transparency and low heat contractility. It is available in a range of thicknesses, and can be customized to suit the needs of different applications.
Features:
1. It has a uniform coating, ensuring a smooth and wrinkle-free appearance without any scratches or dirt.
2. It has a high residual adhesion rate of at least 85%, making it resistant to silicon transfer and ensuring that it does not have a negative impact on the material it is applied to.
3. It is completely free of pollution, ensuring a clean and safe environment.
Our plant-based PET, is made using renewable plant resources instead of fossil fuels to produce the monoethylene glycol. This makes it a more environmentally friendly alternative to traditional PET. In some cases, ethanol from sugar cane is used as the basis for the production of bio-MEG, which is then used to make bio-PET.
Having More Questions?
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Does PET film work for all types of printings?
PET film is an excellent choice for custom printing because it provides a smooth, uniform surface that is ideal for printing high-quality graphics and text. It can be easily printed on using a wide range of printing techniques, including flexographic, digital, UV, and rotogravure printing. Additionally, PET film is resistant to water, oil, and other contaminants, so the printed graphics and text will remain clear and legible even after prolonged exposure to moisture and other conditions.
Overall, PET film is a versatile, reliable material that is well-suited for custom printing. Whether you need to print simple text or complex graphics, PET film can provide the high-quality results you need for your packaging applications.
What if my product needs an outer protection layer?
If your product requires additional protection, our metallized PET pouches can be laminated with other materials to create a stronger, more durable film. This can help to enhance the barrier properties of the pouch and provide additional resistance against moisture, oxygen, and other contaminants.
Some examples of materials that can be used to laminate metallized PET include VMPET, PA Nylon(Polyamide), PE, CPP, MOPP, Kraft, and KPET. Each of these materials offers its own unique benefits, so the best choice will depend on the specific needs of your product. For example, laminating VMPET with PA(Nylon) can provide extra strength, while laminating with KPET can improve the pouch's barrier properties against moisture and oxygen.
If you want a natural, eco-friendly look for your packaging, paper lamination or bioplastic lamination may be the right option for you. Anacotte Packaging offer a wide range and scalable lamination options, that you can find the perfect solution to meet your needs. Contact us to learn more and get started on your custom packaging project.
BOPET or typical PET?
BOPET and PET are both made from PET resin, but BOPET has been stretched in two directions, or biaxially oriented, to improve its strength and physical properties. This makes BOPET stronger, more transparent, and more resistant to moisture, chemicals, and UV radiation compared to PET. In some cases, BOPET may be a better choice than PET due to these improved properties. However, in other cases, PET may be more suitable due to its lower cost or other factors. Ultimately, the decision of which material to use will depend on the specific requirements of the application.
How long will it take to get my orders?
It depends on where you are. Orders processed here will take 5-7 business days to arrive. Overseas deliveries can take anywhere from 7-16 days. Delivery details will be provided in your confirmation email.
Should I Choose Metalized PET?
When it comes to packaging materials, our metallized pouches offer a unique combination of metal + plastic benefits. The metallized layer provides the barrier properties of metal that delivers excellent protection for your products. Metalized PET is more cost-effective than other high-barrier materials, which makes it a great choice for companies looking to save money and sustainability on packaging costs.
But, what makes our metallized pouches standing our is their appearance. The metallic finish adds a touch of luxury and sophistication to your package, making it distinctively shine on the shelf. Metallized PET is also excellent for printing compatibility, allowing you to customize your packaging with your branding, graphics, and other information. This can help you create a strong, consistent brand image and improve the overall appeal of your product.
If you are looking for barrier that meets 2 gm/sq meter/day at 38 deg C and 90-percent RH and 3 cc/sq meter/day at 23 deg C and 0-percent RH or less. Then by far, only metalized(MPET) and aluminized strcture(ALOx) reaches below these values.
Application examples that could apply MPET: biscuits, snacks, ice cream, pet food, electronics packaging, paper-based liquid containers, retort pouches, medicine and cosmetics packaging.
Should I Choose Aluminum Oxide PET?
If you are looking for a much higher barrier with the most sustainable solution then yes, Aluminum Oxide Coated Film would definitely be a fit. The AlOx coating appearantly improves the moisture and gas barrier properties of the substrate, while maintaining a high level of transparency.
Appropriate Processing: retort-processing, hot-filling.
Applications: Best for processed food or aseptic products with ultra-high OTR and WVTR requirements:
MVTR Barrier(ASTM D3985): 0.129 g/100 in. sq(2 gm/sq meter)/day at 100 Degree F(38 deg Celcius) and 90-percent RH and
OTR Barrier(ASTM 1249): 0.19 cc/100in. sq.(3 cc/sq meter)/day at 73 Degree F(23 deg C) 0-percent RH or less.
By far, only metalized(MPET) and aluminized strcture(ALOx) reaches below these values.
More transparent: ALOx coated films have a haze value less than 4%.
Other High OTR and WVTR application examples that could apply ALOx PET: biscuits, snacks, ice cream, pet food, electronics packaging, paper-based liquid containers, retort pouches, medicine and cosmetics packaging.
Should I Choose Soft Touch PET?
A softer feel than raw PET, PP(Polypropylene), or imitation matte finish coatings or inks is achieved through the use of our ultra-low gloss technology. This technology allows for up to 95% less gloss than regular matte films, resulting in a much smoother feel. Additionally, our ultra-low gloss technology has excellent heat resistance and mechanical properties. It eliminates glare from lighting, allowing your graphics to stand out at point of purchase. Soft touch PET has a higher coefficient of friction making it secure from packaging transportation and shelving stability.
What is bioplastics
The term "bioplastics" refers to a diverse group of plastics that are distinguished by their raw materials and properties. Some bioplastics are made entirely or partially from renewable sources, but their properties do not necessarily differ from conventional plastics. Other bioplastics are called bioplastics because they are biodegradable or compostable, regardless of their raw material base.
There are three main categories of bioplastics:
Bio-based, non-biodegradable bioplastics
Bio-based, biodegradable bioplastics
Fossil-based, biodegradable bioplastics
Overall, the term "bioplastics" encompasses a wide range of materials with varying properties and uses.
What is compostable plastics?
Compostable bioplastics are biodegradable plastics that are specifically designed to break down in a short period of time under conditions similar to those found in a composting facility. This means that they will break down into organic matter that can be used as a nutrient-rich soil amendment. In order for a bioplastic to be considered compostable, it must meet certain criteria established by standard EN 13432 or ASTM D 6400. These standards require that the bioplastic break down into carbon dioxide, water, inorganic compounds, and biomass within a defined period of time under controlled composting conditions.
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