Our dedication to leaving a lighter footprint on our planet means we have an ongoing commitment to sourcing pioneering sustainable packaging materials. Whether it's our signature glass bottles, made from recyclable glass sourced in Germany, or our innovative refill system made from 75% post-consumer material (rHDPE), we work hard to ensure every element of our packaging is sustainable as possible. Join us on our sustainable journey and learn how our PCR plastic and sustainable innovations are kinder for our Earth.
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Shop Our Refillable Skincare CollectionPCR stands for Post-Consumer Recycled material or Post-Consumer Resin. These are recycled plastics referred to as rPET (Recycled Polyethylene Terephthalate), rPP (Recycled Polypropylene Plastic) and rHDPE (Recycled High-Density Polythene).
PCR plastic is made from recycled plastic that can be widely recycled and then reprocessed into a resin, used to create new packaging. Giving packaging a second life, this process reduces the amount of plastic waste.
Plastic waste is collected and colour-absorbed, then shredded into fine granules. These are then melted down and reprocessed into new plastic.
Many benefits come with using PCR plastic. This type of plastic is less wasteful than new plastic, as a reduced amount of waste is produced and collected, creating less waste in landfills and water sources. PCR plastic also reduces your carbon footprint for a more positive impact on our Earth.
During each recycling process, the materials can begin to lose their substance/quality, which is why there are high-grade recyclates and low-grade recyclates. As well as this, not all PCR plastic can be recycled, depending on its use.
Yes, PCR plastic is recyclable depending on how it is used. At Susanne Kaufmann, all of our PCR packaging is 100% recyclable.
PCR plastic is a circular material, so it can be recycled after use. You can safely recycle PCR plastic approximately seven-to-nine times.
No, PCR plastic is not biodegradable. Biodegradable packaging naturally breaks down into non-toxic component substances once consigned to a compost heap. PCR packaging has already achieved the goal of sustainability before the consumer even purchases it, with no need for further reprocessing.
There are many different eco-friendly packaging options out there, such as recyclable packaging and biodegradable packaging. When looking at recyclable or recycled plastic, recyclable plastic needs to be a 'one material plastic' and not a mixture of different plastics to be considered 100% recyclable. For example, if you have a refill packaging with a cap-closure and this cap is made from another plastic, it would not be considered 100% recyclable. For this reason, we created our unique capless design, reducing the number of plastic materials needed and ensuring the packaging is 100% recyclable. Additionally, our secondary packaging uses 100% recyclable paper.
We recently launched our 100% recyclable refill bottles for our best-selling 250ml cleansing products: Purifying Cleansing Gel, Hair & Body Wash, Invigorating Hair & Body Wash, Hand Soap, Soothing Cleansing Milk and Soothing Toner. Each recyclable refill not only helps reduce landfill waste, but also cuts carbon emissions by 69%. Made from 75% post-consumer material, it is 60% lighter than standard plastic bottles making it our most environmentally friendly packaging ever. We believe that sustainability is a never-ending journey and promise to continue to explore opportunities to reduce our environmental impact in the long run. We are committed to this philosophy and plan to expand our scope by adding more products to our refill system.
Our Multi-Protection Mist is made from 100% recycled post-consumer material and is packaged in FSC-certified paper that is fully recyclable. Embracing our commitment to sustainable manufacturing, this is the next step towards even more sustainable product design.
At Susanne Kaufmann, we believe that we all have a part to play in looking after our planet and our sustainable packaging efforts go a long way in helping to reduce carbon emissions and waste. However, when it comes to recycling, we need to create a partnership between you and us. Thank you for joining us on this journey.
For more information, please visit pcr plastic recycling company.
Learn more about our sustainable packagingWith the rise in sustainable practices, PCR plastic—post-consumer recycled plastic—has gained popularity as an environmentally friendly option in packaging and manufacturing. Made from recycled materials such recycled such as plastic bottles and other plastic waste, PCR plastic reduces the need for new raw materials and other process waste and lowers the carbon footprint of products. But can PCR plastic be recycled more than once? The answer is yes, though each recycling process can impact a plastic bottle and its quality and structural integrity over time.
PCR plastic is made by collecting and recycling plastics used by consumers, like packaging and plastic bottles. These materials are processed to create a new plastic that can be used widely recycled again in various applications, from plastic packaging to consumer goods. By reusing post-consumer packaging as recycled plastic, PCR plastics options reduce dependence on virgin plastics and help divert waste from landfills, supporting broader waste management goals.
PCR plastic can indeed be recycled multiple times, but the material gradually degrades. With each recycling round, some of the plastic’s flexibility and durability may be lost, especially in products that require high structural integrity. However, advancements in recycling processes—both chemical and mechanical—are helping extend the usability of PCR plastics, allowing those consumers recycle them to have material re-enter the manufacturing cycle more sustainably.
Using PCR plastic offers a lower-carbon alternative to virgin raw materials by reducing the demand for fossil fuels in production of the recycled plastics products. This reduction in new material production also translates to lower energy consumption and fewer emissions. By making use of post-consumer recycled material, companies contribute to a circular economy, reducing waste and ultimately decreasing their overall environmental impact.
Recycling PCR plastic and virgin resin repeatedly can result in quality and consistency challenges. Over time, the material’s structural integrity and color consistency can decline, which can limit its use in certain applications. For industries that require high-quality or durable plastic, combining PCR materials with a small percentage of virgin resin materials may help maintain quality standards, even over multiple recycling cycles.
Enhanced recycling programs and new technologies are expanding the potential for PCR plastics. Chemical recycling, manufacturing process which breaks down plastics at the molecular level, is one example that enables more effective recycling of post-consumer resin and other plastic waste. These advances are helping keep PCR plastic products out in circulation longer and contributing to overall waste reduction.
Reduces reliance on fossil fuels and virgin plastic.
Lowers carbon emissions in production.
Provides an alternative to traditional plastic packaging.
Uses post-consumer recycled materials, supporting a circular economy.
Reduces waste by extending the lifecycle of plastic materials.
As more industries adopt PCR plastics, these materials play a growing role in sustainable packaging, manufacturing products from cosmetics to household goods. PCR plastic’s recyclability, though not infinite, can still make a meaningful difference in reducing plastic waste and energy consumption. Through responsible recycling practices, PCR plastic packaging products can continue to contribute to a positive impact on environmental sustainability.
For more pcr plastic pros and consinformation, please contact us. We will provide professional answers.