Made from 100% recycled PVC waste and turned into innovative facade cladding. These durable, fire-resistant panels feature a unique, varied appearance and are designed to withstand the elements.
Like many other materials in our collection, upcycling, design and craftsmanship play a central role with the Pretty Plastic Panels. Beyond functionality, we’re committed to proving that waste can be a resource that opens up a new range of aesthetic and surprising forms, textures, and colours.
Yes, Pretty Plastic Panels have an EPD for the ‘First One’ panel, which can be downloaded from our website.
Please note that the aim of the ‘First One’ panel is to recycle as much PVC as possible into new building material. This results in a higher product weight per functional unit.
This design choice is reflected in the LCA and EPD results.
The panel has also been included in the Dutch ‘Nationale Milieudatabase’ (NMD, National Environmental Database) in Category 1, making it the first building material in this group to be made from 100% recycled PVC.
Visit our download centre for all technical documents >
Pretty Plastic Panels are made from 100% recycled PVC, primarily sourced from Post-Consumer (PCR) waste such as window frames, gutters, and downspouts. This PVC is washed, shredded, and made into granules before being delivered to our production facility in the Netherlands.
Panels are also made from post-industrial waste generated at our own production site. All pre-consumer waste during production is shredded and reused to manufacture new panels.
Regular PVC (polyvinyl chloride) is a common, strong but lightweight plastic used in many building materials. It is softened and made more flexible by the addition of plasticisers. If no plasticisers are added, it is known as uPVC (unplasticised polyvinyl chloride), rigid PVC, or vinyl siding in the United States. The recyclate used by Pretty Plastic is regular PVC, supplied by several plastic recycling companies in both the Netherlands and Belgium.
Pretty Plastic Panels can be used on buildings up to 45 metres. For heights above 45 metres, dedicated construction and fire safety reports are required.
The necessary A2 fire certification for high-rises can be achieved based on the entire facade composition, including interior walls and insulation layers.
For all technical documentation, please check our Downloads Centre >
Pretty Plastic Panels have a Class B-S3-d0 fire rating and certified engineering reports, suitable for buildings up to 45 metres. This is the highest possible rating for recycled materials without any additional substrates.
For taller buildings, an A2 fire class certification can be achieved based on the entire facade composition, including interior walls and insulation layers.
Pretty Plastic Panels are made from 100% recycled PVC, with Aluminium Trihydrate (ATH) added for fire retardancy and compounded colour stabilisation. The advanced injection moulding process ensures material stability, minimising VOC emissions during manufacturing and use.
With a B-s3, d0 fire classification under EN 13501-1:2018, Pretty Plastic Panels comply with European and UK regulations for VOC emissions, offering a sustainable and low-emission solution for indoor and outdoor applications.
Carbon emissions were calculated for the ‘First One’ Pretty Plastic Panel through an LCA. From the analysis, it results that the total global warming potential (GWP) per square meter is 40 kg CO₂ equivalent.
Note that this is a trade-off derived from specific design choices, as with these panels, the aim is to recycle as much PVC as possible into new building materials. A much lower GWP is expected for the ‘Second High’ and ‘Basic Third’ panels as the number of panels per square metre is significantly reduced (from 22 to 9 and 6).
Pretty Plastic transforms recycled PVC (rPVC) into beautiful, functional facade panels, helping keep valuable materials in the loop and out of landfills. Since these panels are used outdoors, they are exposed to UV radiation, which can affect plastics over time—impacting strength, flexibility, and colour.
While virgin PVC is known for good UV stability, there’s limited data on how rPVC behaves. To address this, Pretty Plastic is collaborating with KIWA to conduct laboratory tests under ISO and ASTM standards, focusing on tensile strength, colour change, and overall UV durability. These tests will guide improvements, such as using stabilisers or coatings, to extend the panels’ lifespan.
Additionally, studies show rPVC contributes minimally to microplastic pollution, especially compared to incineration or landfill disposal. Through ongoing testing and innovation, Pretty Plastic is committed to delivering sustainable, long-lasting cladding solutions that meet both aesthetic and environmental goals.
The founders of Pretty Plastic are deeply committed to circular design. Every product we create is focused on a direct diminishing of PVC waste by transforming it into beautiful new building materials, with an impressive circular waste index of 99.3%.
Yes, Pretty Plastic Panels have undergone an LCA, and the ‘First One’ panel has achieved EPD certification.
The panel has been included in the Dutch Nationale Milieudatabase (NMD, National Environmental Database) in Category 1, being the first building material in this group made of 100% recycled PVC.
Yes, the panels can be recycled up to eight times, and Pretty Plastic offers a return policy for unused panels. Apart from this, all panels are detachable and can easily be reused for new projects.
Pretty Plastic Panels are fabricated at JPI Polymers BV in the Netherlands. As both FRONT® and Pretty Plastic are also located in the Netherlands, it makes it really easy to control the quality of the product before we send it out.
Pretty Plastic Panels can be ordered in four different colours: grey, green, terracotta, and ochre. Each colour comes in three different shades: light, medium and dark. Please note, due to the nature of rPVC, each tile is different, and slight colour differences might occur.
Sign up for our monthly newsletter and follow us in our mission to contribute to a more circular world by changing our approach to sustainable building.
