Long Carbon Fiber Reinforced Thermoplastics
Long CF reinforced thermoplastics allow them to be more easily combined with other materials (such as thermoplastic resins) to form composite materials, thereby giving full play to their excellent mechanical properties and design flexibility. Advantages: 1. High Strength and Stiffness 2. Lightweight 3. Corrosion resistance and wear resistance 4. Excellent thermal conductivity 5. Design Flexibility
Application: 1. Aerospace 2. Automotive Industry 3. Sports Equipment 4. Energy Industry 5. Construction Industry
Product By Features
Dimensional stability of PA12-LCF60 in humid en...
PA12-LCF60 is an ultra-high-strength thermoplastic composite reinforced with 60% long carbon fiber, delivering exceptional stiffness, thermal resistance (~185°C HDT), and dimensional stability. With extremely low moisture absorption and outstanding chemical resistance, it is ideal for replacing metal in high-load, high-heat environments across automotive, aerospace, and industrial applications.
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PA12-LCF50 composite materials for aerospace ap...
PA12-LCF50 is a high performance thermoplastic composite reinforced with 50% long carbon fiber, offering extreme stiffness, tensile strength, and thermal resistance. Built on a PA12 base, it maintains excellent chemical resistance and low moisture absorption, making it ideal for replacing metals in structurally demanding, high heat environments such as automotive,…
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PA12-LCF40 for mechanical and functional parts
PA12-LCF40 is a high-strength, long carbon fiber reinforced Polyamide 12 composite with 40% fiber content. It offers outstanding stiffness, dimensional stability, and thermal resistance, making it ideal for structural parts exposed to high loads, heat, and chemically aggressive environments. Suitable for automotive, aerospace, industrial, and precision components requiring metal replacement…
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PA12-LCF30 for mechanical and functional parts
PA12-LCF30 is a high-strength, 30% long carbon fiber reinforced polyamide 12 offering excellent stiffness, thermal resistance (~170°C HDT), and dimensional stability—ideal for lightweight structural parts in automotive, electronics, and industrial applications exposed to mechanical and environmental stress.
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Injection molded carbon fiber filled PA12-LCF20
PA12-LCF20 is a high strength, chemically resistant engineering thermoplastic reinforced with 20% long carbon fiber. It offers enhanced stiffness, dimensional stability, and thermal resistance, making it ideal for semi-structural parts in automotive, electronics, and industrial applications.
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PA12-LCF10: Tough, lightweight PA12 with 10% lo...
PA12-LCF10 is a reinforced engineering thermoplastic combining the low moisture absorption, chemical resistance, and flexibility of PA12 with 10% long carbon fiber for improved strength, stiffness, and dimensional stability. Ideal for lightweight structural parts, electronic housings, and industrial components requiring balanced mechanical performance and environmental durability.
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composites for automotive parts PA12-LCF5 High ...
PA12-LCF5 is a toughened, lightweight engineering plastic reinforced with 5% long carbon fibers, offering improved dimensional stability, moderate strength, and excellent chemical and moisture resistance. Ideal for housings, enclosures, and light-duty structural parts in automotive, electronics, and industrial applications.
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High Performance PP LCF40 Composites for UAV Parts
Competitive Advantages ✓ 40% lighter than aluminum structural parts ✓ 30% cost reduction versus PEEK composites ✓ Excellent radar transparency for stealth applications ✓ Corrosion resistance in marine environments
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High Strength PP LCF30 Plastic Granules for Rob...
Key Benefits vs. Alternatives ✓ 50% cost savings over PEEK composites ✓ 30% lighter than aluminum with comparable strength ✓ Superior chemical resistance vs. nylon-based materials
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High Strength LCF40 PA6 Plastic Granules for Ro...
Key Differentiators vs. Alternatives: • 40% higher stiffness than short-fiber PA6 • 50% longer fatigue life than aluminum gears • 30% weight savings vs. metal assemblies
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High Modulus PA66 LCF40 for UAV Parts
– Flexural Modulus: 15-18 GPa (3× stiffer than standard PA66, comparable to aluminum at 30% lower weight) – Tensile Strength: 280-320 MPa (Withstands high structural loads in UAV frames and blades) – Density: 1.45-1.50 g/cm³ (25-30% lighter than aluminum, improving flight efficiency) – Moisture Absorption: <1.5% (Stable performance in humid…
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High Strength Nylon PA66 LCF for Drone Blades
*Tensile strength: 220-250 MPa (3× stronger than unreinforced PA66) *Flexural modulus: 8-10 GPa (maintains shape under high rotational forces) *Density: 1.3-1.4 g/cm³ (30% lighter than aluminum) *Fatigue life: >1 million cycles at 70% load *Retains 80% strength after prolonged use
Learn MoreProduct Feature Box
WEAR RESISTANCE
CONDUCTIVE MATERIALS
HIGH STRENGTH
ANTI STATIC
SCRATCH RESISTANCE
ABRASION RESISTANCE
ECO FRIENDLY
LIGHT WEIGHT
Main characteristics
1. Outstanding mechanical strength – They possess high tensile and compressive strengths.
2. Excellent stiffness – Ensuring rigidity in various applications.
3. Good fatigue resistance – Can withstand repeated loading without significant degradation.
4. Superior impact toughness – Absorb and disperse impact energy effectively.
5. Low density – Leading to lightweight products.
6. High heat resistance – Maintain performance at elevated temperatures.
7. Excellent chemical resistance – Resist the effects of various chemicals.
8. Good electrical conductivity – Suitable for certain electrical applications.
9. Rapid molding process – Shorten production cycles.
10. Recyclability – Contribute to environmental protection and cost savings.
11. Design flexibility – Enable complex shapes and structures.
12. Long-term dimensional stability – Retain shape and size over time.
Company Advantage
Customization Production Capacity
Carbon (Xiamen) New Material Co., Ltd. is flexible and can meet unique customer demands. For aerospace, it uses advanced design and simulation for complex, high-performance parts. For the automotive industry, it combines strength with aesthetic and surface treatment.
Efficient Supply Chain Management
Carbon (Xiamen) New Material has a mature supply chain that ensures raw material supply and on-time product delivery. Close ties with global suppliers guarantee quality. Cooperation with logistics experts ensures fast transportation. Real-time tracking predicts and resolves issues.
Professional R & D Team
Carbon (Xiamen) New Material Co., Ltd. has a team of experienced material scientists, engineers, and technical experts. They innovate and improve products. Material scientists enhance interfaces, engineers optimize designs, and experts use tech for monitoring and efficiency.
Excellent After-sales Service
Carbon (Xiamen) New Material offers all-round, prompt, and professional after-sales support. A dedicated team responds within 24 hours. They solve problems remotely or on-site and provide installation and maintenance training. Feedback is used to improve service.
Frequently Asked Questions
Carbon (Xiamen) New Material Co., Ltd. aims to provide buyers with "one-stop" worry-free high-quality services. Here you can find all information about carbon fiber engineering plastics. If you still have questions, please send us an email for consultation!
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What Are Long CF Thermoplastic Composites?
Long CF Thermoplastic Composites are a type of advanced material having long carbon fibers in a thermoplastic matrix, offering high strength and other excellent properties.
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What are the main advantages of Long CF Thermoplastic Composites?
They provide high strength, stiffness, lightweight, good heat resistance, and excellent fatigue resistance.
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How are Long CF Thermoplastic Composites different from short CF ones?
Long fibers offer better mechanical properties and load-bearing capacity.
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In which industries are they commonly used?
Aerospace, automotive, electronics, and sports equipment industries.
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Can long carbon fiber reinforced thermoplastics be recycled?
Yes, but the process depends on the specific thermoplastic used.
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How difficult is it to process these composites?
Processing can be challenging and requires specialized equipment.
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What is the impact of fiber orientation on the properties?
Fiber orientation significantly affects strength and stiffness in specific directions.
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Are they more expensive than traditional materials?
Typically, but the performance justifies the cost in many high-performance applications.
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How do environmental factors affect their performance?
Moisture and UV radiation have limited effects, but extreme conditions may cause some changes.
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Can they be combined with other materials?
Yes, they can be combined with metals or other polymers for specific properties.
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What are the future trends in the development of these composites?
Continued improvement in properties, easier processing, and wider application areas.
