Oilfield RTP Pipe Steel Wire Reinforcement Reinforced Thermoplastic Pipe
Designed for the harsh operating conditions of oil and gas production fields, this multi-layer steel wire reinforced RTP pipe provides a robust, corrosion-free alternative to traditional carbon steel flowlines. Purpose-built for produced water injection, oil-water-gas multiphase transport, and gathering network applications.
| Parameter | Specification |
|---|---|
| Reinforcement Architecture | Thermoplastic Inner Liner + Fiber/Steel Reinforcement + Outer Protective Layer |
| Design Pressure Class | Up to 32 MPa (project-specific configuration available) |
| Nominal Size Range | 2 inch to 12 inch (custom diameters available) |
| Fluid Temperature Range | -40°C to +90°C |
| Connection Method | High-pressure swaged fittings, flanged joints, or electrofusion |
The HDPE inner liner and composite structure are inherently immune to electrochemical corrosion mechanisms that plague carbon steel in produced water and sour hydrocarbon service. No inhibitors, no cathodic protection, no coating failures.
High-tensile steel wire reinforcement within the composite layers enables reliable operation at pressures up to 32 MPa. The multi-layer construction provides both hoop strength and axial load capacity for buried and above-ground installations.
Supplied on reels in long continuous lengths, this RTP pipe transports to remote well pads and deploys rapidly with minimal equipment. Flexibility accommodates terrain variations and thermal expansion without expansion loops.
Every oilfield has unique conditions. We configure each RTP system to match your operating parameters, including custom diameter sizing, tailored pressure ratings, and optimized reinforcement layup for your fluid characteristics.
Conventional steel flowlines face relentless attacks from internal corrosion and external degradation. Our steel wire reinforced RTP pipe eliminates corrosion as a failure mechanism entirely, delivering high-pressure ratings and flexibility that modern oilfield operations demand.