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Custom Plastic Laminate PCR Bags
The advantage of PCR materials is essentially a manifestation of circular economy - through the "recycling regeneration" model, efficient resource utilization, reduced environmental load, and win-win economic and social value can be achieved.
It is not recommended to have direct contact with food, but its core position in sustainable development has become a global consensus.
Please note that our packaging bags have a minimum order quantity (MOQ) requirement, and the following quantities are provided for reference:
1. Digital printing -500 pieces
2. gravure printing -5000 sheets
- Overview
- Recommended Products
Specification
| Functional Category | Specific Function Description Implementation | Method/Technical Support |
| Basic Usage Functions | 1. Load bearing capacity: It can carry a certain weight of items (such as daily necessities, food, clothing, etc.), and its tear resistance meets basic requirements | By adjusting the thickness of PCR materials, adding toughening agents or multi-layer composite structures to enhance strength |
| 2. Sealing: Some PCR bags (such as zipper bags and heat sealed bags) have good sealing effects to prevent items from getting damp or scattering | Adopting heat sealing technology or zipper design to ensure tight interface | |
| 3. Flexibility and malleability: Foldable and bendable, easy to carry and store, suitable for packaging of different shaped items | Select high toughness PCR materials and optimize processing temperature | |
| Environmentally Friendly Features | 1. Resource recycling: Using post consumer waste (such as discarded plastic bottles and packaging bags) as raw materials to reduce the use of virgin plastics | Recycling → Crushing → Cleaning → Melting → Regeneration process of blown film |
| 2. Reduce carbon footprint: The production process consumes less energy and emits less carbon than native plastic bags | Regenerative processing eliminates the crude oil extraction process of native plastics, reducing energy consumption | |
| 3. Reduce waste: Extend the life cycle of plastics, avoid direct landfill or incineration of waste plastics, and reduce environmental pollution | Participate in the "plastic closed-loop cycle", some PCR bags can be recycled and regenerated again | |
| Security & Adaptation Functions | 1. Food contact safety: Some PCR bags have passed food grade certification and can directly come into contact with food | Using food grade recycled raw materials, the processing strictly controls impurities and pollutants |
| 2. Temperature resistance: Short term tolerance, meeting the temperature requirements of daily use scenarios | Choose heat-resistant PCR materials to avoid deformation or release of harmful substances at high temperatures | |
| 3. Printing adaptability: Printable patterns, clear information transmission | Surface treatment enhances ink adhesion, gravure/flexographic printing | |
| Additional Value Function | 1. Brand image transmission: Through the "PCR material" logo, convey environmental protection concepts to consumers and enhance brand responsibility | |
| 2. Policy compliance: Meet the requirements of some regions' "plastic restriction orders" on the proportion of recycled materials used. | ||
Product Details Description
Sustainability Properties
1.Completely compostable (or biodegradable) in both home and industrial compost conditions
2.Does not break down into micro-plastic particles. The use of compostable materials in flexible packaging aids in the development a functioning circular economic system. This is particularly important in flexible packaging as it is an area that is very challenging for mechanical recycling
3.The increased use of compostable materials creates market demand that will lead to the development of important composting infrastructure
4.Reduces reliance on fossil fuels and increases the use of renewable plant-based materials
5.Promoting the development of a composting waste stream also helps to address the problem of the excess waste to the landfill (in the form of food scraps) which has a significant contribution to greenhouse gas emissions
Fossil fuel reduction：
Reduces the amount of virgin fossil fuel content
Carbon Reduction：
Reduces the total greenhouse gas emissions caused by production and delivery
Recycled plastic：
Contains mostly recycled plastic content
Recyclable plastic：
Recyclable in the plastic waste stream
Nontoxic Inks：
Water or biobased inks than do not require petroleum-based solvents
