Virentis Materials

    Advanced composites for extreme environments.

    Aerogel-graphene materials engineered for electromagnetic shielding, infrared stealth, thermal insulation, and hydrogen storage.

    UAV Electronic Warfare Protection — aerogel composite application for uav electronic warfare protection

    UAV Electronic Warfare Protection

    Aerogel-graphene composites provide ultra-lightweight EMP shielding for attritable drone platforms, replacing heavy metallic solutions while maintaining Faraday cage integrity.

    60% weight saving vs traditional gaskets
    IR Stealth & Thermal Management — aerogel composite application for ir stealth & thermal management

    IR Stealth & Thermal Management

    Thermal conductivity of 0.012 W/m·K insulates electronics from solar load while masking heat signatures from enemy thermal detection systems.

    Thermal ΔT <15°C during rapid cycles
    Hydrogen Storage Vessels — aerogel composite application for hydrogen storage vessels

    Hydrogen Storage Vessels

    Fiber-reinforced cryogenic silica aerogel (CryoSil-X™) with dual-stage hydrophobic treatment, engineered for liquid hydrogen tanks and extreme cold environments.

    30% longer fatigue life — $18k TCO saving
    Bio-Derived Silica Aerogel — aerogel composite application for bio-derived silica aerogel

    Bio-Derived Silica Aerogel

    Aerogel synthesised from agricultural waste streams — rice husk ash and wheat straw silica — delivering performance-grade insulation with significantly lower embodied carbon.

    99.8% air composition, <0.1 g/cm³ density
    100dB
    EMP Shielding Target
    0.012
    W/m·K Thermal Conductivity
    99.8%
    Air Composition

    Virentis Climate also operates in carbon markets and waste-to-fuel technology.

    Let's talk.

    Whether you're a UK recycler looking to unlock carbon credit revenue, or a defence prime seeking next-generation materials — we'd like to hear from you.

    Web: virentis.uk
    Entity: Virentis Climate Ltd
    Location: United Kingdom