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PE-RT Floor Heating Pipes - Durable, Flexible, Efficient Heating

Our PE-RT floor heating pipes are produced with imported special PE-RT pipe materials, boasting excellent temperature resistance and outstanding impact resistance, as well as good low-temperature frost resistance. 

    Our PE-RT floor heating pipes are produced with imported special PE-RT pipe materials, boasting excellent temperature resistance and outstanding impact resistance, as well as good low-temperature frost resistance. They are light in weight and highly flexible, and can be supplied in coils for convenient construction and transportation, making them specially suitable for floor radiant heating projects. The pipes have prominent corrosion resistance, heat resistance, pressure resistance and creep resistance, paired with non-toxic, odorless and good hygienic performance, so they can also be used for water supply systems. They support hot melt connection of pipes and fittings of the same material, featuring simple installation and reliable connection. With good thermal stability and long-term pressure resistance, uniform material quality and stable performance, they can ensure a 50-year service life when applied in heating and hot water systems. The low-temperature brittle fracture temperature can reach -70℃, allowing transportation and construction in low-temperature environments, and the impact resistance is much higher than other pipes to prevent system damage caused by rough construction. They have an extremely small bending radius (minimum R=5D), no rebound after bending, and the stress at the bending part can be relaxed quickly to avoid damage due to stress concentration. No preheating is required for construction in low temperature, reducing construction costs; hot melt connection also enables easy repair, with high cost performance.
    50-Year Service Life
    Uniform material quality and stable performance ensure long-term pressure resistance in heating and hot water systems.
    Extreme Temperature Resistance
    Low-temperature brittle fracture temperature reaches -70℃, allowing construction in extreme environments without preheating.
    High Flexibility
    Extremely small bending radius (R=5D) with no rebound, reducing stress concentration and construction costs.
    Excellent Impact Resistance
    Non-toxic & Odorless
    Reliable Hot Melt Connection
    Corrosion & Creep Resistance
    Good Hygienic Performance
    High Cost Performance