1. Two-Layer UV-Resistant Pipe Design The MENRED M'Elle PE-RT II UV pipe features a two-layer structure consisting of a PE-RT II inner layer and an outer UV-protective layer. According to the product specifications, the design offers resistance to sunlight exposure for up to 30 days. 2. PE-RT II Material for Hydronic Heating Manufactured using Dowlex 2388 PE-RT II material, the pipe offers hydrostatic performance and thermal stability suitable for hydronic underfloor heating applications. 3. Long-Term Design Performance MENRED product documentation specifies a design service life of 50 years at a water temperature of 60°C, subject to appropriate operating conditions. This is a product design specification rather than a measured service life for the project. 4. Flexible and Installation-Friendly The pipe maintains flexibility at low temperatures, helping installers handle and arrange heating circuits during underfloor heating installation.
More about the project
Located in Gulou District, Fuzhou, Poly Tianjun is a residential development combining contemporary architecture with nature-inspired landscaping. The community comprises three residential buildings with 112 planned homes. Its landscape design draws inspiration from Fuzhou's local culture and natural surroundings, incorporating tropical-inspired planting, landscaped gardens and thoughtfully arranged outdoor spaces to create a distinctive residential environment. For its hydronic underfloor heating application, the project uses MENRED M'Elle PE-RT II UV Two-Layer Underfloor Heating Pipes. The pipes are designed to circulate heating water through concealed floor heating circuits. Their two-layer UV-resistant construction incorporates a protective outer layer, while the PE-RT II material provides the thermal stability and flexibility required for hydronic heating applications. By combining a modern residential setting with specialized heating pipe materials, the Poly Tianjun project demonstrates a practical application of MENRED underfloor heating products in residential building infrastructure.