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FibronPipe® - Silver Line

This advanced piping solution enables significantly faster installation compared to traditional steel pipes, thanks to its spoolable and flexible design. It can be coiled, deployed, and re-used multiple times during its service life—offering both operational efficiency and sustainability benefits.

The FibronPipe Silver Line is specifically designed to meet the demands of the energy industry. It is reinforced with advanced unidirectional fiber tapes, coated with thermoplastic for optimal process integration. These tapes offer exceptionally high tensile strength and are applied in multiple layers to form a robust, pressure-resistant reinforcement structure—ensuring reliable performance under demanding operating conditions.

FibronPipe is designed for the transport of water and hydrocarbons, making it well-suited for a wide range of applications, including gathering lines, transportation lines, water injection, flowlines, disposal and transfer lines, as well as pipeline rehabilitation.

The FibronPipe Silver Line is:

  • characterized by a bonded layer matrix

  • non-corrosive

  • light weighted

  • available in MAOP 40-210 bars

  • spoolable and delivered on coils

  • available from DN50 to DN125 (150)

  • delivered on drums or coils for a rapid deployment and installation

  • exceptionally durable

  • flexible in installation and application usage

Pipe connection method

FibronPipe uses a double swaged flange connector system to ensure maximum mechanical integrity and long-term sealing performance. This two-step swaging process independently compresses the inner liner and the outer reinforcement layer, enabling optimal load transfer and enhanced pull-out resistance—especially important in high-pressure and demanding field conditions.

Pipe-to-pipe connections are established using robust stainless steel couplers, designed for durability and pressure containment.

All flange end fittings and couplers are made exclusively from stainless steel, typically 316 or 321, depending on the specific media and application requirements—offering excellent corrosion resistance and material compatibility.

Thermoplastic Composite Pipe with Integrated Gas Barrier (IGB)

Thermoplastic Composite Pipes (TCP) featuring a multi-layer liner with an integrated gas barrier (IGB) are an excellent choice for multiphase and gas applications where low gas permeability is essential.

The gas barrier layer, based on a dense and highly polar polymer structure, effectively limits the diffusion of gases such as CO₂, CH₄ or H₂. It is embedded within a multi-layer liner system, where inner and outer protective layers guard it against moisture, mechanical loads, and chemical exposure - ensuring long-term durability, even in demanding environments.

The lightweight, corrosion-resistant TCP structure, combined with this barrier functionality, results in a cost-effective and high-performance pipeline solution.


Key benefits include:

  • Low gas permeability for use in gas-rich and multiphase environments
  • Long-term barrier protection against degradation
  • Full corrosion resistance and metal-free construction
  • Spoolable and easy to deploy for rapid installation
  • Suitable for applications such as hydrogen, CO₂, and hydrocarbon transport
  • Proprietary liner formulation to reduce moisture ingress and enhance barrier durability

HYDROGEN PERMEABILITY

A 7-layer TCP with an integrated gas barrier provides exceptionally low permeability to hydrogen, ammonia, and other gases, ensuring excellent resistance to gas diffusion. The multi-layer structure further enhances barrier performance, offering additional protection against permeation.

This makes TCP with a 7-layer barrier ideal for applications requiring strict control of gas leakage, such as hydrogen storage, ammonia transport, multiphase flowlines, and gas distribution networks.

Thermo-insulated TCP

FibronPipe TCPs optionally come with factory-integrated PUR insulation, offering excellent thermal performance due to its very low lambda values. This results in minimal heat loss or gain, making it a highly efficient solution for energy savings in various applications.
The insulation can also be optionally equipped with heating cable integration, allowing for precise temperature control and further minimizing energy consumption, especially in cold environments.


These insulated pipes are perfect for on-surface installations, reducing the need for trenching and complex infrastructure. The low thermal conductivity of the PUR insulation ensures that energy is efficiently maintained within the pipeline, making it ideal for applications where maintaining a stable temperature is critical—such as in oil and gas transport and industrial cooling systems.

By reducing heat loss and improving operational efficiency, this solution provides significant long-term energy savings, contributing to sustainable operations and cost reductions.