
The OASE EuroFol EPDM 71937 is a professional-grade pond liner designed for the long-term construction of fish ponds, landscape water features, and fountains. This model is made from high-quality EPDM synthetic rubber with a thickness of 0.75 mm, offering excellent durability and aging resistance to ensure long-lasting sealing of water feature structures. It comes in a size of 4.5 meters x 30 meters, suitable for medium to large water body projects. The EuroFol EPDM features a special treatment for a pure, deep black finish, which not only provides an excellent visual effect that highlights fish colors but also offers an ideal surface for microbial colonization. This material is highly flexible, easy to work with and shape even at low temperatures, and is perfectly compatible with OASE EPDM accessories, simplifying complex water feature construction. The material itself is environmentally neutral and recyclable, reflecting OASE's commitment to sustainability. For B2B customers seeking a reliable, high-performance, and environmentally friendly pond liner, the 71937 model is an ideal choice for professional pond construction, ensuring a perfect blend of project quality and aesthetics.
The key features focus on its superior material performance and ease of installation. This EPDM liner exhibits extremely high resistance to ozone and UV radiation, ensuring long-term stability under harsh outdoor weather conditions. Its guaranteed pure black surface, free from talc residue, helps create a deep water landscape. The highly flexible design allows for direct unrolling from the spool for large areas (approx. 50 sqm or more), and delivery in folded form for smaller areas, significantly improving installation efficiency. Furthermore, the material has passed aquatic compatibility tests (WrC), is harmless to fish and plants, making it perfectly suitable for the construction of ecological ponds and koi ponds. Overall, OASE EuroFol EPDM offers a high-end solution in the field of water feature engineering with its robust durability, environmental sustainability, and professional-grade application characteristics.