Looking for a dependable and efficient supplier for your CNC Carbon Fiber components?
Anebon is ready to support you. With over ten years of expertise in custom CNC machining for Carbon Fiber, we guarantee your project requirements will be fulfilled with outstanding accuracy and competitive pricing. Collaborate with us for reliable satisfaction, whether you need professional CNC milling, turning, or drilling services precisely customized to your specifications!
What is CNC Machining Carbon Fiber?
Carbon Fiber is a polymer fiber characterized by high strength and high modulus, containing over 90% carbon. It consists of carbon atoms linked together in long chains. Due to its carbon content exceeding 90%, it exhibits exceptional strength while remaining lightweight. These properties allow carbon fiber to be shaped into a variety of intricate components through CNC machining processes. In 1879, Thomas Edison used materials like bamboo, linen, or cotton yarn to produce carbon fibers and secured a patent for the invention.
CNC machining of carbon fiber involves utilizing computer-controlled digital technology to precisely remove excess material by cutting, turning, or milling. The specific machining operations depend on the programmed instructions tailored to the project, resulting in a finished carbon fiber product in its intended form.
Advantages of Carbon Fiber
Comparison of Carbon Fiber Types
| Type | Description | Key Characteristics | Typical Applications |
|---|---|---|---|
| PAN-based Carbon Fiber | Made from polyacrylonitrile precursor | High tensile strength and modulus; widely used; balanced performance | Aerospace, automotive, sports equipment |
| Pitch-based Carbon Fiber | Derived from carbonized oil/coal pitch | Wide range of modulus from low to ultra-high; excellent thermal & electrical conductivity | High stiffness components, thermal/electrical applications |
| Standard Modulus (SM) | Tensile modulus ~33-34 Msi | Cost-effective, good tensile strength and stiffness | General industrial, automotive, consumer goods |
| Intermediate Modulus (IM) | Tensile modulus ~42-47 Msi | Higher stiffness and strength than SM, higher cost | Aerospace, rail vehicles, high-performance fields |
| High Modulus (HM) / Ultra High Modulus (UHM) | Highest stiffness and strength | Tensile modulus exceeding 50 Msi (UHM >600 GPa); extremely rigid and lightweight | Advanced aerospace, military, satellites, racing |
| Grades by Toray Example (T300, T700, T800, M40, M60, M70) | Commercial grades of PAN carbon fibers | Varying strength, stiffness, price; from general use to high-end applications | From auto parts and consumer goods to aerospace and military |
Physical Properties Table of Carbon Fiber
| Type / Grade | Density (g/cm³) | Tensile Strength (MPa) | Tensile Modulus (GPa) | Specific Strength (MPa·cm³/g) | Specific Modulus (GPa·cm³/g) | Typical Use |
|---|---|---|---|---|---|---|
| PAN-based Carbon Fiber | 1.75 – 1.81 | 3,500 – 5,500 | 230 – 294 | ~1900 – 3000 | ~130 – 160 | Aerospace, automotive, sports |
| Pitch-based Carbon Fiber | 1.90 – 2.3 | 1,000 – 2,100 | 350 – 700+ | 450 – 1,000 | 150 – 300 | Ultra-high modulus, electronics, thermal management |
| T300 (PAN standard modulus) | 1.76 | 3,530 | 230 | 2006 | 131 | General-purpose composites |
| T700 (PAN intermediate modulus) | 1.80 | 4,900 | 230 | 2722 | 128 | Aerospace, high-performance |
| T800 (PAN high modulus) | 1.81 | 5,490 | 294 | 3033 | 162 | Advanced aerospace, military |
| Low Modulus (LM type) | ~1.7 – 1.8 | ~1,200+ | >100 | ~700+ | >50 | Cost-sensitive, lower strength needs |
| Intermediate Modulus (IM type) | ~1.7 – 1.8 | 3,500+ | >200 | 2000+ | >110 | Aerospace, structural uses |
| High Modulus (HM) / Ultra High Modulus (UHM) Type | 1.8 – 2.3 | 1,000 – 2,000 | >350 (HM), >450 (UHM) | 600 – 1,000 | 200 – 300+ | Ultra-rigid structures, space |
Applications of Carbon Fiber
Medical Devices
Used in artificial joints, dental braces, and other applications due to its excellent biocompatibility, improving medical outcomes.
Automotive Industry
Applied in car bodies, chassis, seats, and other components, especially in high-end models such as the BMW i3/i8, Toyota Mirai, and Porsche 911, to reduce weight, improve fuel efficiency, and enhance safety.
Electronics
Employed in smartphone and laptop casings to enhance thinness, lightness, and durability.
Sports Equipment
Utilized in golf clubs, bicycle frames, fishing rods, tennis rackets, hockey sticks, ski poles, and badminton rackets to increase strength and stiffness, meeting athletes' demands for lightweight, high-performance gear.
Advantages of Anebon
If you're searching for top-tier CNC Carbon Fiber machining services, consider Anebon as your ideal partner. Equipped with advanced facilities and skilled professionals, we are a leading supplier of precision Carbon Fiber machined parts, managing every stage from initial design to final production. Let Anebon handle your project to guarantee accuracy and reliability. Contact us today to discuss how we can help bring your ideas to life.
Gallery Of Our Carbon Fiber Parts
Knuckle-Style Hand Grip Plate
Angled Strap Bracket
Rectangular Stock Bars
Circular Spacer Stack
Try Anebon Now!
Discover high-quality carbon fiber parts from Anebon that deliver exceptional performance and customizable production flexibility to meet all your CNC machined carbon fiber needs. With precise engineering and advanced composite materials, Anebon’s components are designed to excel across a wide range of industrial applications. Choose Anebon as your trusted manufacturing partner for innovative carbon fiber solutions and consistent quality in CNC carbon fiber machining. Rely on Anebon to provide superior products that offer competitive advantages tailored to your specific project requirements.
