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The OASE 90260 EPDM Protective Liner is a high-performance waterproof base material designed for professional water features and civil engineering projects. Manufactured from premium 1.0 mm thick Ethylene Propylene Diene Monomer (EPDM) rubber, this liner ensures exceptional mechanical strength, puncture resistance, and long-term outdoor reliability. The key advantage of EPDM material lies in its outstanding weather resistance, effectively resisting ultraviolet (UV) radiation and ozone degradation, making it an ideal choice for ponds, water circulation systems, or custom water features requiring long-lasting seepage protection. A significant design highlight of this product is its talc-free surface treatment, which greatly simplifies the installation process. The smooth and clean surface is easy to handle, position accurately, and allows for immediate bonding, significantly improving installation efficiency, especially for large-scale or structurally complex project sites. Its excellent flexibility allows the liner to perfectly conform to various irregular substrate contours, ensuring seamless waterproof protection. The OASE 90261 (model 90260) embodies OASE's commitment to 'future-ready' water feature solutions while meeting animal safety standards (WrC), making it safe for water bodies inhabited by fish and plants. For B2B purchasers seeking an efficient, durable, and environmentally friendly waterproofing solution, this 1.0 mm EPDM liner is a robust cornerstone for ensuring the integrity of water structures.
This EPDM liner is specifically designed for professional water feature applications, with its 1.0 mm specification striking a perfect balance between durability and ease of handling. The talc-free characteristic is a detail highly valued by professional installation teams, ensuring site cleanliness and allowing immediate subsequent bonding or covering operations, thereby accelerating project timelines. The material itself possesses excellent chemical stability, ensuring long-lasting waterproof barrier function under various aquatic chemical conditions. Its high flexibility makes it an indispensable base layer in custom water feature designs, effectively managing stresses from ground settlement or material deformation. It is a professional-grade choice for B2B purchasing decisions focused on sustainability and reliable performance.
