Area of Application
SPACE
Fibre solutions designed to meet the technical demands of space environments – protecting highly sensitive equipment from interference, harsh environments, and adversaries. Lightweight and adaptable for EMI shielding, radiation protection, and thermal regulation.
For satellite busses, tank liners, and flexible radiators under extreme temperature conditions.
Effective thermal solutions in composites – enhancing heat dissipation and supporting higher energy-density electronics for demanding space applications. Thermal Regulation
Provides up to 85 dB multi-frequency shielding in flexible composites, cable braids, and gaskets.
Suitable for battery enclosures, DC-DC converter housings, and satellite electronics compartments.
Compatible with glass and carbon fibre woven layers in layup, vacuum resin infusion, automated thermoplastic tape laying, SMC process.
EMI Shielding
Increases mission life by 52% while reducing weight by 10%; effective against primary and secondary radiation.
The first material demonstration mission will launch in Q2 of 2026 to low Earth orbit. Material is currently being qualified and integrated for a LEO satellite demonstration with onboard radiation sensors.
Developed through FibreCoat’s award-winning INNOspace Masters concept.
Radiation Shielding
Fibre Production from Lunar Regolith: We transform Lunar regolith into high-performance fibres, enabling sustainable infrastructure and life-support systems on the Moon.
From Simulation to Application: MoonFibre advances solutions for dust control and hydroponic growth on the Moon. For satellite busses, tank liners, and flexible radiators under extreme temperature conditions.
Effective thermal solutions in composites – enhancing heat dissipation and supporting higher energy-density electronics for demanding space applications. Provides up to 85 dB multi-frequency shielding in flexible composites, cable braids, and gaskets.Suitable for battery enclosures, DC-DC converter housings, and satellite electronics compartments.Compatible with [process details needed: e.g. composite layup, weaving, coating, or co-curing methods] for lightweight, integrated EMI protection.
Increases mission life by 52% while reducing weight by 10%; effective against primary and secondary radiation.
The first material demonstration mission will launch in Q2 of 2026 to low Earth orbit. Material is currently being qualified and integrated for a 2026 LEO satellite demonstration with onboard radiation sensors.
Developed through FibreCoat’s award-winning INNOspace Masters concept, addressing lightweight radiation protection. Awards & recognitions
Our Space-technology innovations are recognised by leading industry experts. This year, our project FibRaShield received 1st place in the Industry category at the INNOspace Masters 2025. This recognition drives our continued efforts to deliver high-performance fibre solutions for missions beyond Earth.
We are a team of experts developing tailored fibre solutions for space applications. Get in touch to explore custom EMI shielding, radiation protection, thermal management, and other solutions designed to meet your mission’s unique technical demands.
EMI Shielding
Lightweight, flexible, and durable with multi-frequency shielding up to 85 dB; used in composite layups, cable braids, and gaskets.
Radiation Shielding
Increases mission life by 52% while reducing weight by 10%; effective against primary and secondary radiation.
Thermal Regulation
For satellite busses, tank liners, and flexible radiators under extreme thermal conditions.
MoonFibre
High-tensile material (26x stronger) for reinforcement, filtration, insulation, and dust mitigation on the Moon (in development).
Full adaptability
Fully customisable and easily integrated into the composite layup process as a functional layer.
Lightweight
Lightweight, flexible, and durable – achieves up to 25% weight savings compared to conventional shielding materials.
Conductive properties
Highly electrically and thermally conductive fibres with shielding effectiveness up to 85 dB across a broad frequency range.
Aerospace
Shielding of spacecrafts and the lunar base
Smart Textiles
Conductive yarns for electrical circuits and shielding
Filtration
Thin conductive yarns for current discharge
Industrial
Specialized yarns for sensors, circuits and shielding
