Proprietary Fabric Specifications
Every garment begins in raw elemental isolation. Below are the quantified, third-party verified mechanical and biomechanical telemetry values across our proprietary textile lines.
Material Benchmark Breakdown
| Telemetry Parameter | Shadow-Knit IX | Holmium-Core™ | Aether-Weave 300 | Silicone-Hydro |
|---|---|---|---|---|
Tensile Modulus MPa (ISO 527-3) | 485 MPa | 380 MPa | 620 MPa | 410 MPa |
Moisture Vapor Transfer g/m²/24h (ASTM E96) | 28,500 | 34,200 | 22,000 | 19,500 |
Thermal Conductivity / Dissipation % Dispersal (ISO 11092) | 94.2% | 88.6% | 76.4% | 42.1% |
Magnetic Flux Induction Gauss per Module | Passive | 1,250 G | Passive | Passive |
Surface Martindale Abrasion Cycles to Breakdown | 120,000+ | 85,000+ | 150,000+ | 110,000+ |
Hydrostatic Head Rating mm H₂O (ISO 811) | 3,500 mm | 2,000 mm | 28,000 mm | 15,000 mm |
Proprietary Textiles Structured for Predatory Precision
Every garment begins in our metallurgical and polymer laboratory. We formulate custom textile matrices engineered for extreme kinetic force, dynamic thermal equilibrium, and uncompromising durability.
Shadow-Knit
Adaptive Multi-Zonal Compression
Engineered with high-density interlocked obsidian elastane that absorbs directional friction and provides graduated kinetic stabilization during hyper-extension.
Aether-Weave
Hyper-Reflective Elemental Barrier
Micro-prismatic metallic silver filament grid reflecting ambient illumination while establishing an impenetrable membrane against cross-winds and precipitation.
Liquid-Silicone
Cellular Heat Insulation Matrix
Direct-fused elastomeric silicone bands that channel core thermal output, maintaining muscle temperature at peak metabolic operating thresholds.