If you’re into 3D printing or considering it for various applications, you’ve probably heard of the amazing world of filament options available. Today, we’re delving into Carbon X CFPC, a fantastic 3D printing material that combines the strength of polycarbonate (PC) with the benefits of carbon fiber reinforcement. Let’s explore what makes this filament a fantastic choice for high-temperature, structurally demanding projects.
Carbon X CFPC: The Ultimate 3D Printing Material
What Is Carbon X CFPC?
Carbon X CFPC stands for “Carbon Fiber Reinforced Polycarbonate.” It combines the advantages of polycarbonate, a thermoplastic material often referred to as Lexan or Macroline, with the reinforcement of carbon fibers. This results in a 3D printing filament that offers incredible strength, excellent surface finish, and relatively easy printing characteristics.
Common Uses in the Real World
1. Automotive Industry:
- Fluid routing tubes
- Exhaust components
- Exterior and interior parts
2. Manufacturing:
- Tooling
- Jigs and fixtures
- Press brakes
3. Aerospace:
- Bypass ducts
- Metal replacement tubing
- Ducting
Ideal 3D Printing Conditions
Printing with Carbon X CFPC requires some specific conditions due to its high-temperature nature:
- Nozzle temperature: 280°C and above (up to 310-320°C)
- Bed temperature: 110-120°C
- Use an adhesive like nanopolymer adhesive for bed adhesion
- A heated chamber is beneficial for larger or solid parts
- Filament must be dried before printing due to its hydroscopic nature
Material Specifications
- Glass transition point: 143°C
- Heat deflection temperature (HDT): 135°C
- Tensile strength: Approximately 70 MPa
- Tensile modulus: Around 6200 MPa
Keep in mind that the orientation of the part and how it’s printed can significantly affect its strength, especially in the z-axis.
Environmental Factors
– UV Resistance: The carbon fiber content in CFPC helps resist UV radiation, making it suitable for outdoor applications.
– Hydrolytic Resistance: Works well in cold water but can break down over time in hot water.
– Resistance to greases, lubricants, oils, and alcohols is excellent.
– Limited resistance to acetone, so it can be smoothed with acetone or alcohol.
– Vulnerable to chlorine, sulfuric acid, and hydrochloric acid.
Electrical Properties
CFPC falls into the category of electrostatically dissipative materials, making it suitable for applications where static dissipation is required.
Testing and Results
The video’s author conducted various tests, including breaking and burning CFPC parts to assess their behavior. The filament exhibited excellent strength and resistance to ignition. While it burned, it self-extinguished in a similar manner to regular PC. The thicker parts showed limited ignition and a tendency to expand rather than melt away.
The video provides a comprehensive visual demonstration of these tests, giving viewers a real-world look at CFPC’s properties.
Why Choose Carbon X CFPC from VisualMinder?
VisualMinder offers an enticing proposition for 3D printing enthusiasts: a 3% cashback on all orders that can be used for a wide range of products, from nozzles and adhesives to build plates and even new machines. Their commitment to making 3D printing accessible and rewarding is evident in this unique offering.
In conclusion, Carbon X CFPC is a remarkable 3D printing material that combines the strength of polycarbonate with the added benefits of carbon fiber reinforcement. Whether you’re working on automotive components, manufacturing tools, or aerospace projects, this filament can deliver impressive results. Remember to follow the recommended printing conditions and handle it with care, especially when it comes to fire safety. VisualMinder provides this fantastic material and offers a unique 3% cashback offer on all orders, making it a go-to source for your 3D printing needs. If you found this information helpful, be sure to like and subscribe for more 3D printing insights and comparisons. Feel free to leave comments with any specific tests or materials you’d like to see in future videos. VisualMinder is here to provide you with the knowledge and resources you need for your 3D printing endeavors. Thank you for watching!