Technology, Engineering & Design
At FiberTie, advanced engineering and innovation drive every solution we deliver. Our GRE and GRP piping systems are designed using state-of-the-art modeling tools and precision manufacturing to ensure optimal performance, durability, and efficiency. From concept to installation, we integrate technology and expertise to meet the highest engineering standards.
technology
Resin Options
FiberTie provides expert engineering and technical support for GRP piping systems, ensuring efficient design, reliable performance, and compliance with the highest quality standards.
Advanced Resin Systems
Use of high-performance epoxy and polyester resins with optimized curing processes reduces embodied CO₂ during manufacturing.
Up to 25–30% less production energy
than traditional thermoset resin systems.
Lightweight Structure
GRP/GRE pipes weigh ~20–25% of steel equivalents, lowering transport and installation emissions.
~70–80% reduction in transport CO₂
per km compared to steel pipelines.
Long Service Life
Corrosion-resistant design prevents frequent replacements and coatings.
Service life >50 years
up to 60% fewer replacements vs steel.
Maintenance-Free Performance
No corrosion or internal lining renewal reduces maintenance emissions and chemical waste.
Zero coating emissions
no repaint cycles required.
Energy Efficiency in Operation
Smooth internal surface lowers pumping energy due to reduced friction factor (Hazén–Williams coefficient 150–160).
Up to 10–15% lower pumping energy
over system life.
Recyclable Components
FiberTie promotes recyclable resin matrices and re-use of glass fiber in secondary applications.
Up to 40% recoverable material content
at end of life.
engineering & design
Integrated Deliverables (flow, stress, surge, supports)
FiberTie delivers fully integrated engineering solutions that combine flow, stress, surge, and support analysis into one cohesive design process. This holistic approach ensures that every pipeline system performs safely, efficiently, and reliably—meeting the highest standards of technical precision and long-term operational stability.
Load testing results
Anchor/Support Spacing vs. Pipe Class
Eco-efficient Trench vs Aboveground Install Methods
Water
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Power
Cooling Loops
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