| Core Parameter | Diamond Grade Specs | Industry Benchmark |
|---|---|---|
| Crystalline Structure | Rhomboid Surface Coating (RSC™) | 50%↑ vs Standard CCF |
| Fiber Tow | 48K Ultra-High Density | 3× Filament Count |
| Fiber Geometry | Diamond Facet Angles: 60°±2° | ISO 13002 Certified |
| Compressive Strength | ≥850 MPa | ASTM D695 |
| Thermal Expansion | -0.5×10⁻⁶/K | Near-Zero CTE |
| Fiber-Matrix Bond | Mechanical Interlocking Index: 9.2 | 3D Anchoring Effect |
48K Diamond Rhomboid Carbon Fiber | Extreme-Performance Reinforcement
Geometric Reinvention for Extreme Environments
Engineered with patented Rhomboid Surface Coating (RSC™), our 48K diamond-profile carbon fiber redefines composite durability. Each filament’s 60° facet angle creates microscopic mechanical interlocks, achieving 92% higher debonding resistance than conventional round fibers.
Why Choose Diamond Geometry?
- 💎 3D Stress Distribution: 360° load transfer via facet edges
- ⚡ Ultra-High Tow Efficiency: 48,000 filaments for cost-effective bulk use
- 🌡️ Negative CTE: -0.5×10⁻⁶/K thermal contraction under compression
Mission-Critical Applications
🔋 Energy
Fuel cell bipolar plates
Nuclear reactor shielding
⚙️ Heavy Industry
Mining drill bit reinforcement
High-pressure valve components
“The rhomboid geometry enables unprecedented through-thickness conductivity – a game changer for thermal management composites.”
– Dr. Emily Zhang, MIT Advanced Materials Lab
Free Technical Kit Includes:
▶ 10g Sample (2mm/5mm lengths)
▶ RSC™ Bonding Analysis Report
Request Engineering Sample →