"BioWrap 102 gave us a sustainable repair option without compromising on the performance we need for high-pressure pipeline systems. The ambient cure was a game-changer for our remote site operations."
— Operations Manager, Offshore Energy Client
Sustainability without compromise. BioWrap 102 proves that going green doesn't mean sacrificing strength. By deriving ~27% of its resin from plant-based sources, it lowers your project's carbon footprint while matching the structural performance of standard industrial epoxies. Fully ISO & ASME qualified, it is the premier choice for operators prioritising sustainable infrastructure.
Sustainable Technology: Key components derived from renewable plant-based Glycerol.
~27% Plant-Based: One of the highest bio-contents in the industry without performance loss.
Uncompromising Performance: Matches standard epoxy strength using green chemistry.
Qualified to Standards: Exceeds requirements of ISO 24817 & ASME PCC-2.
Versatile Application: Suitable for both leaking and non-leaking defects.
At Icarus Composites, we make sure to test our Composite Materials to the most stringent industrial standards ensuring we deliver the highest quality composite pipe and tank repairs possible.
Our Composite Systems are qualified to both ISO 24817 & ASME PCC-2 to make sure they meet the requirements of both international standards.
~27% of the mixed resin is derived from renewable plant-based Glycerol, reducing your project's carbon footprint while meeting ESG targets without compromising performance.
Tensile strength of 82 MPa and flexural strength of 127 MPa matches or exceeds traditional petroleum-based epoxies—sustainability without sacrifice.
Cures at normal ambient temperatures (15-30°C) with no external heat source required. Full mechanical properties achieved in 14 days, or accelerate with optional post-cure cycles.
BioWrap 102's key component, Epichlorohydrin, is manufactured using renewable plant-derived Glycerol instead of petroleum-derived Propylene. The resin component contains 35% plant-derived chemicals, delivering ~27% bio-content in the mixed system.
Don't let the bio-resin fool you—BioWrap 102 delivers industrial-grade performance. With tensile strength of 82 MPa and flexural strength of 127 MPa, it matches or exceeds traditional petroleum-based epoxies.
Independently verified at a UKAS-accredited laboratory, BioWrap 102 has been tested on non-leaking defects up to 453 bar and leaking defects up to 337 bar—among the highest in its class.
BioWrap 102 cures at ambient temperatures (15-30°C) with full mechanical properties achieved in 14 days. Need faster results? Three post-cure cycles are available to accelerate full cure.
Matches standard epoxy performance with ~27% plant-based bio-content.
Restore structural integrity to corroded pipework while reducing environmental footprint.
Durable composite overwrap rated for up to 20 years design life.
Applicable from small diameter pipes to large diameter tanks, conforming to complex geometries.
Up to 20 years per ISO 24817 / ASME PCC-2.
Ambient cure at 15–30°C, full properties in 14 days. Post-cure options: 24h@40°C, 16h@60°C, or 8h@80°C.
Tensile: 82 MPa. Flexural: 127 MPa. Matches or exceeds petroleum-based equivalents.
Non-leaking: up to 453 bar. Leaking: up to 337 bar. UKAS-accredited lab tested.
Resin contains 35% plant-derived chemicals (Epichlorohydrin from renewable Glycerol), ~27% bio-content when mixed.
Carbon steel, stainless steel, CuNiFe, and GRP.
