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Link to: Carbon Fiber Plates
Display-image-of-3k-twill-carbon-fiber-sheet

3K carbon fiber sheet

Link to: Carbon Fiber Tubes

      Carbon fiber tube

Link to: Carbon Fiber Woven Fabric
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         Carbon fiber woven fabric

Link to: Carbon Fiber Drone Accessories
Finished-product-display-picture-of-carbon-fiber-fpv-drone

Carbon fiber

UAV  FPV

Link to: Carbon Fiber Production Equipment
Side view of the carbon fiber multi-axial production equipment

Carbon fibe

 production equipment

Link to: Customized Carbon Fiber Products
Detailed display pictures of multiple carbon fiber fish gun barrels

Customized carbon fiber

products

Carbon Fiber Composite Materials Manufacturer

Dezhou Xiangsheng Composites Co., Ltd. was established in July 2022. It is an international enterprise specializing in high-performance carbon fiber materials and full industrial chain solutions. Relying on its advanced R&D capabilities and innovative technologies, the company has rapidly risen in the highly competitive carbon fiber industry and has become an important player in the global composite materials field.

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Featured Products

A long-distance frontal photo of the carbon fiber production equipment

High-quality carbon fiber cloth pre-impregnated material production machine, equipped with the core motor components required for high-quality manufacturing

6-meter-carbon-fiber-CNC-autoclave

A numerically controlled carbon fiber hot-pressing tank with a diameter of 2 to 2.5 meters and a length of 4 to 6 meters

Front-view-of-carbon-fiber-drone-parts-display

Carbon fiber CNC engraved drone accessory sheet material plate

Detailed-drawings-of-individual-components-for-carbon-fiber-drones

CNC engraving processing of carbon fiber drone parts for sheet materials

Carbon-fiber-plates-are-used-for-cnc-drone-engraving-display-pictures

Custom Carbon Fiber Sheets 6mm X 3mm for Robotics Components

5-3k-carbon-fiber-twill-matte-board-shape-display-pictures

3k carbon fiber twill matte plates can be customized in size

3kT300 carbon fiber twill square tube

Why Choose Our Carbon Fiber Materials?

Our company's display of carbon fiber processing equipment designs

—— Technology-Driven Full Industrial Chain Advantages, Redefining Material Value

I. High-Performance Indicators: Mechanical Properties Exceeding Industry Standards


• Ultimate Balance of Strength and Weight
Using independently developed PAN-based carbon fiber precursor technology, the product strength reaches above T700 level (tensile strength ≥4900MPa), with a density only 1/5 that of steel, achieving the material characteristics of “as light as aluminum, as strong as steel”. For example, when the company’s carbon fiber plates are applied to the main beams of wind turbine blades, they reduce weight by 30% compared to traditional materials, while increasing fatigue resistance life by 50%.

• Excellent Environmental Resistance
Through high-temperature carbonization treatment (≥1500°C) and surface coating technology, the material maintains stable performance in the temperature range of -196°C to 200°C. Its salt spray corrosion resistance exceeds 1000 hours, meeting the harsh environmental requirements of aerospace, marine engineering, and other fields.

II. Full Industrial Chain Control: Quality Traceability from Raw Materials to Products

Carbon fiber customized special-shaped component sample display

Link Technical Advantages Customer Value
Raw Silk Production Independently developed polymer spinning equipment ensures raw silk diameter deviation <1%, with crystallinity exceeding 90%, laying the foundation for material uniformity. Product performance consistency improved by 40%.
Carbonization Process Multi-stage carbonization furnace achieves oxygen content <50ppm and fiber defect rate <0.1%, comparable to Toray‘s T800 standard in Japan. Tensile strength fluctuation controlled within ±3%.
Product Molding Introduction of German hot-press tank technology combined with self-developed winding algorithm reduces product porosity to <1.5% (industry average: <3%). Reliability of structural components increased by 60%.

III. Customized Solutions: Precise Adaptation from Materials to Scenarios
Unique Industry Solutions:

  • Aerospace: Providing lightweight fuselage frames for UAV manufacturers (achieving 40% weight reduction).
  • New Energy: Carbon fiber-wound gas cylinders (70MPa) compliant with ISO 19880-3 certification, suitable for hydrogen storage systems in fuel cell vehicles.
  • Sports Equipment: Customizing carbon fiber frames for high-end bicycle brands, with a stiffness-to-weight ratio reaching 240 MPa·m³/kg (industry benchmark: 200).

Flexible Production Capabilities:
Equipped with 5 automated production lines, supporting flexible switching between small-batch customization (minimum order quantity: 50 pieces) and large-scale mass production (monthly capacity: 300 tons). Prototype products can be delivered as quickly as 72 hours.

IV. International Certifications & Quality Assurance: Full-Process Traceable Quality Control System

Triple Testing Standards:

  • Raw Material Incoming Inspection: Full inspection of tensile strength and modulus for each batch of raw filaments.
  • Production Process Monitoring: On-line infrared spectroscopy for carbonization degree monitoring, and CT scanning for internal defect detection.
  • Finished Product Outgoing Inspection: Over 20 performance verifications via universal material testing machines, fatigue testing machines, etc.

Authoritative Qualifications:

Products are certified by ISO 9001 and AS9100D (Aerospace Quality Management System). Carbon fiber tubes hold UL certification (US), and wound gas cylinders comply with EU TPED certification.

V. Full-Cycle Services: Beyond Materials, Providing Industrial Empowerment

Technical Support Matrix:

  • Pre-Sales: Offering material selection consultation (based on ANSYS simulation) and cost optimization solutions.
  • In-Sales: Dispatched engineers for on-site guidance on equipment installation and process debugging.
  • After-Sales: 7×24-hour response to fault handling, providing lifelong maintenance technical support (e.g., temperature control system upgrades for carbon fiber equipment carbonization furnaces).

Global Service Network:

Technical service centers in Germany and the U.S. support multilingual services (English, German, Japanese, etc.), shortening overseas order delivery cycles to 15 working days.

Blog & News

Type IV carbon fiber gas cylinder

Carbon Fiber Hydrogen Storage Tanks (Type III vs. Type IV): A Technical and Sourcing Guide for European Buyers

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INTRODUCTION: Why This Decision Matters Right Now European hydrogen vehicle deployments are accelerating. By 2027, an estimated 50,000+ hydrogen trucks and buses will operate across the continent. But OEMs and fleet operators face a critical decision that directly impacts capital costs, operational efficiency, and regulatory compliance.
Carbon fiber battery housing for electric vehicles

Carbon Fiber for EV Battery Enclosures: Structural Design, Fire Resistance & Supplier Specs for European and US OEMs

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Carbon fiber EV battery enclosures sit at the intersection of three engineering pressures that did not converge simultaneously until this generation of EV platforms. Understanding all three is essential before touching a material datasheet — because each one shapes the design differently, and they interact in ways that make simple substitution of composite for metal a fast path to failure.
High-pressure sterilization and curing

Autoclave vs Out-of-Autoclave (OOA) Carbon Fiber Curing: Complete Comparison Guide for 2026

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When working with carbon fiber composites, one of the most critical decisions manufacturers face is choosing between autoclave and out-of-autoclave curing methods. This choice directly impacts production costs, part quality, manufacturing timelines, and environmental considerations. The global carbon fiber composite market has grown significantly, with applications expanding from aerospace to automotive and consumer products. Understanding the differences between these two curing processes isn't just technical knowledge—it's essential for making informed business decisions that affect your bottom line and competitive advantage.
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