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| Feature | Details |
| Brand & Series | ITPF PPR Pipe PN20 (SDR 6) Series |
| Raw Material | 100% Virgin Korea Hyosung Polypropylene Random Copolymer |
| Available Diameters (OD) | 20 mm, 25 mm, 32 mm, 40 mm, 50 mm, 63 mm, 75 mm, 90 mm, 110 mm |
| Standard Dimension Ratio | SDR 6 (Heavy Wall Thickness for Maximum Pressure) |
| Nominal Pressure Rating | PN20 (Working Pressure Envelope: PN12.5, PN16, PN20, PN25) |
| Operating Temperature Range | -35°C to +110°C (Short-term peak tolerance up to 100°C+) |
| Low-Temperature Impact | Retains ductility and impact resistance down to -35°C |
| Mechanical Properties | High creep rupture strength, self-healing elastic memory, and scratch resistance |
| Jointing Method | Homogeneous Socket & Butt Heat-Fusion Welding (Zero chemical solvents) |
| Chemical & Scale Resistance | 100% Rust-proof, resistant to scale buildup, and inert to industrial chemicals |
| Fields of Application | Cold and Hot Potable Water, High-Rise Buildings, Municipal Mains, Industrial Lines, and Agriculture |
100% Virgin Korea Hyosung Raw Polymer: Produced using premium Korea Hyosung R200P material to guarantee high creep rupture strength, structural longevity, and resistance to environmental stress cracking.
Heavy-Wall PN20 (SDR 6) High-Pressure Rating: Rated for 20 bar continuous service pressure (spanning PN12.5 to PN25 system classes), making it suitable for high-rise risers, booster pump feeds, and pressurized heating systems.
Broad Temperature Range (-35°C to +110°C): Maintains physical ductility at freezing sub-zero temperatures as low as -35°C, while sustaining long-term hot fluid transfer up to 110°C without softening or thermal degradation.
Self-Healing Elastic Memory & Notch Resistance: Features material memory that expands to absorb hydraulic pressure spikes and contracts slowly without rupture, preventing failure from minor jobsite surface scratches.
Leak-Proof Fusion-Welded Joints: Homogeneous heat-fusion socket and butt welding creates a seamless, monolithic joint that eliminates leaks and avoids bore narrowing at connection points.