High Strength Carbon Fiber Sheet

Product Details

Engineered for High-Load Structural Applications

Our high strength carbon fiber sheet is engineered specifically for load-bearing applications where maximum rigidity and structural integrity cannot be compromised. Instead of relying on decorative cosmetic plies over questionable cores, our plates are constructed with high-purity continuous carbon reinforcement consolidated under high pressure and temperature. From UAV chassis and industrial robotic end-effectors to motorsport components and precision automated machinery, this plate delivers superior tensile strength and extreme resistance to mechanical fatigue.

Versatile Fiber Grades: T300, T700, T800, and T1000

Different structural challenges demand different mechanical properties. At YTCarbon, we produce structural plates using a versatile spectrum of aerospace-grade carbon fibers including T300, T700, T800, and ultra-high-performance T1000. Surface architectures are fully customizable across 1K, 1.5K, 3K, 12K, and 24K tows, finished in twill, plain, or forged carbon looks. Combined with surface options ranging from mirror high-gloss to refined ultra-matte, engineers can pinpoint the ideal balance between mechanical yield, component weight, and aesthetic texture.

Large-Format Pressing up to 2m × 4m with In-House Dual-Fleet CNC

Beyond standard dimensions such as 400×500mm, 500×500mm, and 500×600mm, our industrial pressing facility handles single-piece panels up to 2 meters by 4 meters with sheet thickness tolerances holding within ±0.1mm. Supported by our dual CNC machining fleet, we offer high-precision milling, edge profiling, hole drilling, counterboring, and threaded insert integration. Small CNC equipment handles parts up to 1200mm with precision tolerances of ±0.05–0.1mm, while our large gantry CNC handles oversized structural components up to 2.5 meters in continuous length.

Specifications

Applications

• UAV & Drone Airframes — High-rigidity center plates, arm reinforcement brackets, and payload mounting trays engineered to withstand flight vibration and motor torque.
• Robotics & Automation Tooling — High-modulus end-effector plates and high-speed moving arms that drastically cut mechanical inertia and cycle times.
• Industrial Fixtures & Metrology — Dimensionally stable mounting bases that resist thermal distortion across changing ambient workshop temperatures.
• Motorsport & Marine Structural Plates — High impact and fatigue resistance for underbody splitters, bulkheads, battery enclosures, and marine cockpit bulkheads.
• Drawing-Based OEM Components — From raw plate cutting to complex 3D countersinking and press-fit threaded insert assembly.

Why Choose YTCarbon

• Full Fiber Grade Selection. T300, T700, T800, and T1000 grade prepregs customized to your specific structural deflection targets.
• Large-Format 2m × 4m Pressing. Capable of curing continuous, seamless structural panels without bonding joints.
• Dual CNC Fleet up to 2.5m. Precision milling with dust-free edge chamfering and threaded insert pre-installation.
• Controlled ±0.1mm Thickness. Multi-layer hydraulic hot pressing eliminates internal voids and micro-delamination.
• Direct Factory Engineering. Direct communication with composite specialists. CAD design evaluations completed within 24 hours.

Certifications & Quality Assurance

For international OEM supply chains and structural engineering projects, process traceability and dimensional consistency are vital. YTCarbon operates under comprehensive ISO 9001 certified quality control. Every batch of high-strength carbon fiber sheets is subjected to thickness mapping, warp testing, and ultrasonic delamination screening before shipment. Relevant quality compliance records and material test reports are available upon request.

ISO 9001 · RoHS · CE Certified Factory

Manufacturing & Quality Control

High strength sheet performance is achieved through strictly controlled prepreg layup and uniform thermal consolidation:

1. Engineering Review — Analysis of part loads, required fiber modulus (T300–T1000), surface finish, and thickness tolerances.
2. Balanced Layup Assembly — Prepreg plies positioned symmetrically (0°/90°/±45°) to eliminate internal stresses and thermal warping.
3. High-Pressure Thermal Curing — Solid plate consolidation under high tonnage hydraulic hot presses up to 2m × 4m dimensions.
4. Surface & Thickness Inspection — Multi-point micrometer checks holding raw plate thickness to ±0.1mm.
5. Multi-Axis CNC Machining — Milling, countersinking, edge chamfering, and slotting on parts up to 2.5 meters.
6. Ultrasonic Cleaning & Film Packaging — Edge deburring, residue removal, and dual-side protective PE film wrapping for transit.

How to Order Custom Carbon Fiber Sheets

Our manufacturing and procurement workflows are streamlined for international B2B purchasers. Whether you need standard inventory sheets or custom CNC machined structural parts, share your dimensions, fiber grade, surface style, and STEP/STP/IGS/DXF drawings. Our engineering team reviews the geometry and provides a comprehensive quotation within 24 hours.

YTCarbon Standard Sheet Order & Production Flow

Frequently Asked Questions