ECOPET Anaerobic Degradable PET Material
ECOPET is an anaerobic degradable PET material designed for transparent packaging, printing, plastic box production, blister packaging and other eco-friendly plastic applications. Compared with ordinary PET, it can degrade faster under natural anaerobic conditions while maintaining high transparency, high toughness and good processing performance.
Product Specifications
ECOPET combines PET clarity and toughness with improved degradability, making it suitable for packaging brands that require more environmentally friendly material solutions.
Product Name
ECOPET anaerobic degradable PET material for transparent packaging and forming applications.
Material
Anaerobic degradable PET material with improved environmental performance.
Size Range
Thickness 0.15–2 mm, width 450–980 mm and length 380–2700 mm.
Surface Options
Mirror surface process with optional none, single-sided or double-sided coating.
Detailed Parameters
Product specifications can be selected according to printing, forming, packaging and display application requirements.
| Product Name | ECOPET Anaerobic Degradable PET Material |
|---|---|
| Material Type | Anaerobic degradable PET material |
| Material Thickness | 0.15 mm – 2 mm |
| Width | 450 mm – 980 mm |
| Length | 380 mm – 2700 mm |
| Minimum Order Quantity | 1000 kg |
| Color | Colorless |
| Transparency | Transparent, with transparency over 90% |
| Surface Process | Mirror |
| Surface Coating | None, single-sided coating or double-sided coating |
| Printing Suitability | Dyne value 39 or above, suitable for offset printing |
| Toughness | High toughness |
| Application | Printing, plastic box packaging, cylinder packaging, gift box window, vacuum forming packaging, blister packaging, anti-fog masks, collar stays, picture frame covers, binding covers, cards and other applications |
| Customization | Thickness, width, length, coating, forming method and packaging application can be customized according to project needs |
Degradation & Testing Information
ECOPET is tested according to recognized degradation testing standards and is designed for faster degradation compared with ordinary PET under anaerobic conditions.
Eco-Friendly Degradation Performance
Compared with ordinary PET, ECOPET can degrade faster under natural anaerobic conditions. The material maintains clear appearance and high toughness while offering improved environmental performance for packaging applications.
- Faster degradation compared with ordinary PET
- Suitable for eco-friendly packaging solutions
- Maintains high transparency and practical forming performance
Testing Standards
The material has been tested according to ASTM D5511, ISO15985 and GB/T19277.1-2011 standards for 90 days, with a degradation rate exceeding 10% under simulated anaerobic test conditions.
- ASTM D5511
- ISO15985
- GB/T19277.1-2011
Product Features
Suitable for packaging factories, printing suppliers, blister packaging companies and brands requiring eco-friendly PET material alternatives.
Anaerobic Degradable Material
ECOPET is designed to degrade faster than ordinary PET under anaerobic conditions, supporting more eco-conscious packaging solutions.
High Transparency
Transparency over 90% makes the material suitable for clear windows, display packaging and transparent plastic boxes.
Offset Printing Ready
With a dyne value of 39 or above, the material is suitable for offset printing and customized printed packaging.
High Toughness
The material provides high toughness for forming, folding, packaging and daily processing requirements.
Flexible Surface Coating
None, single-sided coating and double-sided coating options are available for different production processes.
Wide Processing Applications
Suitable for plastic box packaging, vacuum forming, blister packaging, cards, covers and other transparent plastic applications.
Application Scenarios
Suitable for transparent packaging, forming, printing and display applications across multiple industries.
Need Custom ECOPET Material?
Send your required thickness, size, coating, printing and packaging application to get a suitable eco-friendly PET material solution.
