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Composite Rebar
High-Performance Composite Modular Skid Manufacturing
Eco Fiber Tech modular processing skids are designed to provide superior corrosion resistance and long-term stability and performance, with low weight and a lower carbon footprint, for infrastructure and industry.
Why GFRP SKID?
A modern alternative to traditional steel structures.
Traditional steel skids are vulnerable to corrosion, increasing maintenance costs and reducing infrastructure lifespan. GFRP composite skid offers a modern alternative designed to improve structural longevity while reducing maintenance requirements and lighter for mobilization and movement of skid.
Corrosion resistance
Non-conductive properties
Reduced maintenance
Lightweight For Mobilization
High tensile strength
Longer service life
Applications
Engineered for infrastructure that lasts.
01
Processing Skid
02
Parking structures
03
Marine infrastructure
04
Water treatment plants
05
Defence Industry
06
Residential Structures
07
Industrial facilities
Side by Side
FRP Skid vs Traditional Steel Skid
Inherent resistance to aggressive chemicals, acids, and caustics. Premium vinyl esters withstand chemical splashes without any protective coatings.
FRP Corrosion
Steel Corrosion
Carbon steel requires multi-coat epoxy or galvanizing. Stainless steel is susceptible to chloride stress corrosion cracking in marine environments.
Thermal Dynamics
FRP features low thermal conductivity, acting as an insulation barrier. Steel has high conductivity and risks embrittlement in sub-zero conditions.
Fabrication & Assembly
Feature
FRP Structural Skid
Steel Structural Skid
Joining Method
Field Modification
Joint Mechanics
Mechanical fasteners (316 SS/FRP) & high-strength structural adhesives..
Modified using non-sparking hand tools; no hot-work permits needed.
Pinned connections using FRP structural angles and gussets.
Welding (requires certified welders, NDT, and post-weld treatments).
Requires extensive shutdown procedures for hot-work (cutting/welding).
Rigid, monolithic moment connections across joints.
