High Pressure Waste Water Transportation Steel Cord Tape Reinforced RTP Pipe

Comprehensive Application Profiles
The Steel Cord Tape Reinforced Reinforced Thermoplastic Pipe (RTP) is an engineered multi-layer composite system designed to resolve structural and corrosion challenges in high-pressure fluid logistics. Its segmented series support a cross-industry spectrum of applications:
- Oil & Gas Gathering and Flowlines: Functions flawlessly as highly reliable oilfield flowlines for multiphase crude, natural gas, and associated gas transport, resisting corrosive molecules like H₂S and CO₂.
- High-Pressure Water Injection Pipelines: Essential for oilfield water injection flooding projects, smoothly handling high operational pressures up to 25 MPa to enhance reservoir recovery.
- Industrial Chemical Substance Logistics: Perfectly suited for transporting corrosive chemical fluids, acidic solutions, and chemical industrial wastewater in processing plants due to the polymer liner's outstanding chemical inertness.
- Geothermal & Hot Spring Infrastructure: Series II and III efficiently transmit hot spring and geothermal water at elevated temperatures up to 95°C with minimal thermal loss and zero scaling.
- Municipal High-Pressure Networks: Deployed in heavy-duty municipal engineering for critical trunk high-pressure water supply and specialized industrial wastewater drainage lines.
Characteristics & Advantages
Extreme Pressure Resistance & Safety
With premium high-strength steel cord tape cross-wound as the structural reinforcement layer, the pipe handles working pressures from 2.5 MPa up to a remarkable 25 MPa, showing excellent burst pressure safety margins.
Superb Corrosion & Scale Resistance
The internal thermoplastic core eliminates electrochemical corrosion. It does not rust, pit, or degrade when exposed to aggressive salt water, sour gas, or harsh chemicals, ensuring a maintenance-free lifespan of over 20-50 years.
Excellent Thermal Adaptability
Available in specialized material grades (PE, PE-RT, and advanced PA blends) to smoothly accommodate standard cold fluids up to severe high-temperature flows peaking at 95°C without losing structural integrity.
Superior Flexibility & Jointless Coils
Its native flexibility allows spooling and winding on reels, facilitating ultra-long single-length layouts. It perfectly follows complex terrain curves, vastly reducing the quantity of intermediate joints and potential leak points.