Fiberstrong Conductive Piping Boosts Safety in Hazardous Industries

In offshore oil platforms or chemical plants, a single electrostatic spark within complex piping systems can trigger catastrophic consequences. Traditional pipeline materials often prove inadequate in these safety-critical environments. A new generation of conductive composite piping now addresses these challenges.

FIBERSTRONG® conductive piping systems employ a breakthrough material composition combining thermosetting resins (typically polyester or vinyl ester) with strategically integrated carbon fibers. This fusion delivers:

• Superior conductivity: Carbon fiber networks provide continuous electrostatic discharge pathways
• Enhanced corrosion resistance: Withstands acids, alkalis, salts, and solvents
• Exceptional mechanical strength: Maintains structural integrity under high pressure and stress
• Thermal stability: Performs reliably in temperatures up to 85°C (185°F)

The system offers two primary configurations:

1. Inside-Outside Conductive Helical-Wound Pipes:

• Diameter range: 2" (DN50) to 48" (DN1200)
• Full-wall conductivity for comprehensive electrostatic protection

2. Outside-Outside Conductive Continuous-Wound Pipes:

• Diameter range: 3" (DN80) to 160" (DN4000)
• Pressure rating: Up to 32 bar (465 psi)
• Designed for extreme industrial applications

These specialized pipes serve vital roles in high-risk sectors:

• Offshore oil/gas platforms and FPSO vessels
• Chemical processing plants handling flammable materials
• Underground and aboveground hazardous material transport
• Marine and industrial environments requiring explosion-proof systems

The system features two conductive joining methods:

Flanged Joints:

• Max diameter: 4000mm
• Pressure rating: 200 bar
• Constraint-type design eliminates need for thrust blocks

Laminated Joints:

• Max diameter: 4000mm
• Pressure rating: 50 bar
• Ideal for field repairs and modifications

Both connection types maintain continuous conductivity while providing leak-proof seals and structural integrity.