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50% Recycled Content Wrap
Description
Our 50% PCR Recycled Content Stretch Wrap range is designed with sustainability and performance in mind, aligning with the Australian Packaging Covenant Organisation's (APCO) 2025 National Packaging Targets.
These stretch wrap products feature 50% post-consumer resin (PCR) recycled content, helping businesses reduce plastic waste and actively support a circular economy without sacrificing load stability or product protection.
Product Options:
- HSF20PCR: 50% PCR Recycled Content, 20um, 300m, Clear - Hand Rolls
- MSF20PCR: 50% PCR Recycled Content, 20um, 1500m, Clear - Machine Rolls
With these options, you can meet your sustainability objectives while maintaining compliance with national environmental standards, ensuring that every load is secure and eco-conscious.
What is PCR Recycled Content and Why it Matters for Stretch Wrap?
Post-Consumer Resin (PCR) plastic is a sustainable material derived from recycled plastic waste, specifically from items that have already been used by consumers, such as bottles, containers, and other everyday plastic products. Instead of going to landfills, these plastics are collected, cleaned, processed, and transformed into new materials, like PCR stretch wrap, which can be used for packaging and shipping.
Using PCR plastic in stretch wrap has significant environmental benefits. By incorporating recycled content, PCR stretch wrap reduces the demand for virgin plastic, conserves natural resources, and cuts down on waste. For businesses, adopting PCR-based stretch wrap is a proactive step toward sustainability goals, like those set by the Australian Packaging Covenant Organisation (APCO) for 2025, which targets 50% recycled content in packaging.
PCR stretch wrap is designed to perform just like conventional wraps, offering strength, flexibility, and load stability to protect goods during transit. This means companies can support a circular economy and reduce their environmental footprint without sacrificing the quality or reliability of their packaging solutions.