"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
Extreme thermal resistance. When standard composites fail under extreme heat, Hyperion 223 takes over. With an industry-leading Tg of 223°C, this system is built specifically for steam lines and high-temperature process piping. It withstands aggressive thermal cycling, delivering permanent structural integrity in environments that demand the highest thermal resistance available.
Extreme Temp Performance: Tg of 223°C for critical heat-exposed assets.
Specialist Resin System: Requires controlled initial cure at 50°C for optimal adhesion.
Post-Curing Required: Achieves max service temp (203°C) after heat treatment.
Quadaxial Reinforcement: Same high-strength E-glass architecture as BioWrap & Helios.
Critical Applications: Designed for steam lines, refineries, and petrochemical plants.
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.
Glass transition temperature of 223°C—the highest in the Icarus portfolio—for continuous operation at up to 203°C in the most extreme thermal environments.
Purpose-built for steam lines, refineries, and petrochemical plants where thermal cycling and aggressive process conditions demand the ultimate in thermal resistance.
Three post-cure cycles let you tailor final Tg from 77°C to 223°C depending on your application requirements and available equipment.
At the core of Hyperion 223 is a next-generation epoxy resin engineered to deliver outstanding performance at elevated service temperatures. Combined with quadaxial glass fibre reinforcement, it provides superior hoop and axial strength with excellent adhesion to metallic substrates.
Hyperion 223 features an ultra-high-temperature epoxy resin specifically engineered for elevated service temperatures. Combined with quadaxial glass fibre reinforcement, it delivers superior hoop and axial strength.
Independently tested at a UKAS-accredited laboratory: up to 327 bar on non-leaking defects and 206 bar on leaking defects—delivering confidence in the most critical applications.
Three post-cure cycles let you tailor the final Tg to your application: from 77°C (minimum cure) to 167°C (intermediate) to the full 223°C for the most extreme thermal environments.
Maintains mechanical performance under aggressive thermal cycles.
Purpose-built for steam lines where thermal cycling demands ultimate resistance.
Max service temperature 203°C after post-curing — highest in Icarus portfolio.
Repairs in environments exceeding standard material temperature limits.
18–25°C recommended. Gelation in 8 hours at 23°C.
Initial cure at 50°C via heater blanket. Three post-cure cycles: Min (Tg 77°C), Mid (Tg 167°C), Max (Tg 223°C).
Up to 20 years per ISO 24817 / ASME PCC-2.
Carbon steel, stainless steel, CuNiFe. Complex geometries including flanges and valves.
Tensile: 122 MPa. Flexural modulus: 3.38 GPa. Mix ratio: 100:36 by weight.
Non-leaking: up to 327 bar. Leaking: up to 206 bar. UKAS-accredited lab tested.
