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Product Overview
PC-CF (Polycarbonate–Carbon Fiber) Filament is a high-performance composite material engineered for demanding industrial and professional 3D printing applications. By combining the exceptional heat resistance of polycarbonate with carbon fiber reinforcement, this filament delivers outstanding strength, rigidity, and dimensional stability.
PC-CF filament is designed for functional, load-bearing, and high-temperature components where conventional filaments fall short. See Silver3D
Key Benefits
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Exceptional mechanical strength and stiffness
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High heat resistance and thermal stability
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Excellent dimensional accuracy with minimal warping
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Lightweight yet durable composite structure
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Professional matte surface finish
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Reliable performance for industrial applications
Material Properties
| Property Category | Description |
|---|---|
| Base Polymer | Polycarbonate (PC) |
| Reinforcement | Carbon Fiber |
| Strength | High tensile and flexural strength |
| Stiffness | Significantly increased rigidity vs standard PC |
| Heat Resistance | Maintains shape at elevated temperatures |
| Dimensional Stability | Low shrinkage and reduced warping |
| Surface Finish | Matte, low layer visibility |
| Chemical Resistance | Resistant to oils, greases, and industrial chemicals |
Mechanical & Thermal Performance
| Feature | Performance Advantage |
|---|---|
| Load-Bearing Capability | Suitable for structural and functional parts |
| Impact Resistance | Maintains toughness under stress |
| Heat Deflection | Ideal for high-temperature environments |
| Layer Adhesion | Strong interlayer bonding |
| Precision Printing | Tight tolerances and clean edges |
Printing Characteristics
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Reduced warping compared to standard polycarbonate
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Excellent layer-to-layer bonding
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Stable extrusion and consistent flow
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Suitable for enclosed, high-temperature 3D printers
Recommended Printing Setup
| Parameter | Recommendation |
|---|---|
| Nozzle Type | Hardened steel or ruby (abrasive-resistant) |
| Printer Type | Enclosed, high-temperature capable |
| Bed Heating | Heated bed required |
| Drying | Dry filament before printing |
| Environment | Controlled chamber for best results |
Applications
PC-CF filament is ideal for:
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Industrial jigs and fixtures
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Automotive components
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Aerospace prototyping
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Robotics and automation parts
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Electrical and electronic enclosures
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Mechanical housings and brackets
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High-load functional prototypes
Why Choose Innovate3dglobal Pty Ltd?
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Consistent filament diameter and quality control
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Engineered for professional and industrial users
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Reliable mechanical and thermal performance
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Trusted supplier of advanced 3D printing materials
Summary
PC-CF Filament | Strength, Precision, and Heat Resistance offers a powerful combination of durability, accuracy, and thermal performance. Manufactured to professional standards by Innovate3dglobal Pty Ltd, this filament is the ideal choice for engineers and manufacturers seeking reliable, high-performance 3D printing materials.
PC-CF Filament – Frequently Asked Questions (FAQ)
1. What is PC-CF filament?
PC-CF filament is a high-performance composite material made by reinforcing polycarbonate (PC) with carbon fiber. This combination provides exceptional strength, stiffness, heat resistance, and dimensional stability, making it ideal for industrial and professional 3D printing applications.
2. What are the main advantages of PC-CF filament?
PC-CF filament offers several key benefits:
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High mechanical strength and rigidity
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Excellent heat resistance
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Reduced warping and shrinkage
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High dimensional accuracy
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Lightweight yet durable structure
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Professional matte surface finish
3. What applications is PC-CF filament best suited for?
PC-CF filament is commonly used for:
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Industrial jigs and fixtures
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Automotive and aerospace components
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Mechanical and structural parts
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Robotics and automation systems
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Electronic and electrical enclosures
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High-load functional prototypes
4. Is PC-CF filament stronger than standard polycarbonate?
Yes. The carbon fiber reinforcement significantly increases stiffness and dimensional stability compared to standard polycarbonate, while maintaining excellent strength and heat resistance.
5. Does PC-CF filament require a special 3D printer?
PC-CF filament requires:
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A high-temperature-capable 3D printer
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A heated bed
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An enclosed print chamber (strongly recommended)
These features ensure proper layer adhesion and reduce warping.
6. What nozzle should be used for PC-CF filament?
Carbon fiber is abrasive, so a hardened steel, tungsten, or ruby nozzle is recommended. Standard brass nozzles will wear out quickly when printing with PC-CF filament.
7. Is PC-CF filament difficult to print?
PC-CF is more advanced than PLA or PETG but is easier to print than standard polycarbonate due to reduced warping. With proper temperature control and an enclosed printer, it delivers consistent and reliable results.
8. Should PC-CF filament be dried before use?
Yes. Polycarbonate-based filaments are hygroscopic, meaning they absorb moisture from the air. Drying the filament before printing improves surface finish, layer adhesion, and overall print quality.
9. What surface finish can be expected from PC-CF filament?
PC-CF filament produces a smooth, matte finish that minimizes visible layer lines. This makes it suitable for both functional and end-use parts with minimal post-processing.
10. Is PC-CF filament lightweight?
Yes. Despite its high strength and rigidity, PC-CF filament remains lightweight, making it ideal for applications where weight reduction is important without sacrificing performance.
11. Can PC-CF filament be used outdoors or in harsh environments?
PC-CF filament offers excellent resistance to heat, oils, greases, and many industrial chemicals, making it suitable for demanding environments. For long-term outdoor exposure, additional UV protection may be recommended.
12. Why choose PC-CF filament from Innovate3dglobal Pty Ltd?
PC-CF filament from Innovate3dglobal Pty Ltd is manufactured under strict quality control to ensure:
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Consistent diameter and extrusion
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Reliable mechanical and thermal performance
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Professional-grade results for industrial users
