Description
1. Product Overview
UHSCF-12K is a premium, continuous-strand carbon fiber tow composed of 12,000 individually filamented, aerospace-grade polyacrylonitrile (PAN)-based carbon fibers, engineered for extreme tensile strength and modulus stability. Its primary industrial use lies in the production of high-load-bearing composite structures for aerospace, defense, and advanced automotive platforms. The key value proposition is a superior strength-to-weight ratio exceeding 4.9 GPa tensile strength with less than 1% batch-to-batch variability, enabling weight reduction without structural compromise. Strategically, UHSCF-12K addresses the surging global demand for next-generation lightweighting materials amid tightening fuel efficiency and emissions regulations, positioning buyers for both performance leadership and supply chain resilience.
2. Key Specifications & Technical Characteristics
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Material Components: PAN-based carbon fiber, surface-treated with proprietary epoxy-compatible sizing (1.2–1.5% by weight)
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Grade / Purity: Aerospace-grade / Filament carbon purity ≥ 99.9% amorphous carbon
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Physical Characteristics:
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Form: Continuous tow
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Color: Matte black
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Filament diameter: 5.0 ± 0.2 µm
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Tensile strength: 4,950 MPa (minimum)
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Tensile modulus: 240 GPa
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Density: 1.79 g/cm³
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Yield: 800 tex (typical)
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Packaging Options: Type-A molded plastic spools (2 kg net), Type-J steel spools (8 kg net), or customer-specified bulk spooling (up to 24 kg net per spool)
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Shelf Life: 36 months from manufacture when stored in original sealed packaging at 20–25°C (RH < 50%)
3. Core Industrial Applications
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Primary Industries: Commercial aerospace, military aviation, high-performance automotive motorsport, drone airframes, and space launch vehicle structures
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Specific Operational Use Cases:
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Primary fuselage frames and wing spars for narrow-body aircraft (replacing aluminum)
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Rocket motor casings and interstage structures (improves delta-V by 8–12%)
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Crash-resistant fuel tanks and pressure vessels for Formula 1 and Le Mans prototypes
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Performance Advantage vs. Alternatives: Outperforms standard T700-grade fibers by 18% in tensile retention after 5,000 fatigue cycles at 70% UTS; outperforms T800S in interlaminar shear when paired with high-toughness epoxy matrices (92 MPa vs. 85 MPa)
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Commercial Advantage: Reduces total part weight by 22–28% over legacy T300 materials while enabling faster layup processing (12K tow handling reduces ply count by 30% compared to 3K tows)
4. Competitive Advantages
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Quality Consistency: ISO 9001:2024 and AS9100D certified production; each batch undergoes 100% filament tensile screening and ultrasonic tow continuity testing — Cpk ≥ 1.33 across all spec limits
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Supply Reliability: Dual-source manufacturing in North America and APAC with 6-month rolling safety stock; documented 98.7% on-time-in-full (OTIF) delivery performance over past 11 quarters
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Logistics Capability: Real-time lot traceability via blockchain-enabled serialization; expedited 48-hour airfreight available for AOG (aircraft on ground) scenarios
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Price Competitiveness: Tier-1 volume pricing within 3–5% of market benchmark (Toray T800S equivalent) while offering longer shelf life and lower defect rate (0.08% vs industry avg 0.22%)
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Sustainability: 40% of production energy from renewable sources; fully REACH and RoHS compliant; carbon footprint disclosure available per ISO 14067
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Technical Support: Free pre-shipment sample from same master lot; dedicated composites engineer for cure cycle optimization and process integration
5. Commercial & Supply Information
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Minimum Order Quantity (MOQ): 1 metric ton (MT) per grade / surface treatment combination
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BULK 20MT Loading Capacity: 20 MT per standard 20-foot dry container (16 pallets × 28 steel spools per pallet, each spool 8 kg net)
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Pricing Structure: Available upon NDA execution — volume tier discounts from 1 MT to 100+ MT annually
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Lead Time: 6 weeks for orders ≥ 5 MT; 4 weeks for MOQ orders; expediting available







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