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Showing posts with the label pcr stretch film

Post-Consumer Recycled Stretch Film

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  Companies are under growing pressure to meet environmental standards, reduce plastic waste, and deliver sustainable packaging solutions without compromising performance. That’s where Post-Consumer Recycled (PCR) Stretch Film steps in. Among the leaders in this shift is PCR Film, a stretch film solution that balances environmental responsibility with high-performance load containment. But what exactly is PCR stretch film? How does it differ from traditional recycled stretch film? What is Post-Consumer Recycled (PCR) Material? Post-consumer recycled (PCR) materials are derived from plastic products that have already served their intended use and have been diverted from landfills through collection and recycling programs. Think of water bottles, used stretch wraps, grocery bags, or packaging films that consumers throw away after use. These plastics are: -Collected through recycling channels, -Cleaned and sorted, -Processed into resin (PCR resin), And then converted i...

Using Recycled Content Stretch Film in Your Packaging Operations

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Recycled stretch wrap , an increasingly popular eco-friendly method of pallet wrapping, has caught the eye of many industries and procurement teams seeking to reduce the environmental impact of their operations. Here, we dissect the pros and cons of adopting recycled pallet stretch wrap, considering its environmental impact, industry applications, product specifications, and its overall benefits and limitations. Environmental Benefits:   Made from 30% post-consumer recycled plastic material, recycled pallet wrap stands out as a beacon of sustainability in an industry often criticized for its waste and environmental impact. Being 100% recyclable further boosts its eco-friendly credentials, offering a circular economy model that significantly reduces landfill waste and promotes responsible disposal practices. Pros of recycled pallet wrap:   Made of 30% post-consumer recycled plastic, this stretch wrap is holistically sustainable and environmentally friendly. -Offers an inn...

Recycled Content in Stretch Packaging

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In today’s environmentally conscious business landscape, transitioning from virgin plastic to recycled content for packaging operations is not just a trend but a necessity. As companies strive to meet sustainability goals, understanding how to successfully implement recycled content in packaging operations is crucial. Recycled stretch packaging is an eco-friendly option that can help reduce the environmental impact of packaging. It is made from post-consumer recycled plastic (PCR), which is material that has already been used by consumers, recycled, and then repurposed into new products. Why Transition to PCR Recycled Content? Reducing reliance on virgin plastic helps decrease greenhouse gas emissions and the volume of plastic waste in landfills and oceans which reduces your environmental impact. Steps to Implement Recycled Content in Packaging Operations: Start by assessing your current usage of virgin plastic pallet wrap in your operations and ensure you understand the volu...

Using The Right Stretch Film

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If the correct film is dialed in, there are many benefits. Reduced damage is one.   10% of all shipments arrive damaged.   Stretch film works like a tight hug for palletized goods, keeping them securely in place during transportation. It minimizes the risk of shifting and damage that can occur due to bumps or jostling during shipping. Another advantage is the protection it provides against the elements. Stretch film acts as a shield, keeping dirt, dust, and moisture away from your goods. This is especially important when shipping products that are sensitive to environmental factors. When it comes to sustainability, there are two things that support environmental efforts right now.   The first is that manufacturers have made significant inroads in developing stretch wrap with 25% PCR content.   And the second is that the technology used in newer high-performance films, when dialed in correctly, do not require as much film to be applied to secure loads. Reduced f...