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  • Characteristics of PA66-CF

    Characteristics of PA66-CF

    Characteristics of PA66-CF Enhanced Mechanical Properties PA66 inherently offers good wear resistance, impact resistance, and relatively high tensile strength. Adding carbon fiber significantly improves its stiffness, strength, and hardness. The reinforcing effect of the carbon fiber allows PA66...
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  • Notice of Lunar New Year Holidays

    Notice of Lunar New Year Holidays

    Dear Valued Global Customers, As the auspicious Year of the Snake gracefully ushers in a new cycle of fortune, Carbon (Xiamen) New Material Co., Ltd. extends our most heartfelt greetings and profound gratitude for your steadfast support and unwavering trust over the years. Your partnership has be...
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  • What’re Relationships between Wear Resistance & Impact Resistance of CFRTPs?

    What’re Relationships between Wear Resistance & Impact Resistance of CFRTPs?

    What’re Relationships between Wear Resistance & Impact Resistance of CFRTPs?   Trade-off Relationship In many cases, there is a trade-off relationship between the wear resistance and impact resistance of materials, where an increase in one property often leads to a decrease in the ...
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  • Influence of Carbon Fiber Content on High-Temperature Resistance of CF PA12 Material

    Influence of Carbon Fiber Content on High-Temperature Resistance of CF PA12 Material

    Influence of Carbon Fiber Content on the High-Temperature Resistance of CF PA12 Material CF PA12 material, as a composite material with excellent properties, is widely used in numerous fields. Among its characteristics, the content of carbon fiber has a significant impact on its high-temperature ...
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  • Comparison & Analysis of PA6 – GF30 & PA6 – CF30

    Comparison & Analysis of PA6 – GF30 & PA6 – CF30

    Comparison & Analysis of PA6 – GF30 & PA6 – CF30   PA6, also known as Nylon 6, is a kind of semi-transparent or opaque milky-white granular material. It possesses a series of remarkable properties. Firstly, it is a thermoplastic polymer, which means it can be melted and r...
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  • Introduction to PPA-CF

    Introduction to PPA-CF (Polyphthalamide Carbon Fiber Composite) PPA-CF (Polyphthalamide with Carbon Fiber Reinforcement) is a high-performance engineering thermoplastic composite that combines the excellent high-temperature resistance and chemical stability of Polyphthalamide (PPA) with the high...
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  • Main benefits of PPA-CF

    Main benefits of PPA-CF (Polyacrylamide – Carbon Fiber Reinforced Plastic) PPA-CF (Polyphthalamide Carbon Fiber) combines the high-performance properties of PPA (Polyphthalamide) with the reinforcement of carbon fibers (CF). This results in a material that offers a combination of both high...
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  • What’s Surface Resistivity of CFRTPs?

    What’s Surface Resistivity of CFRTPs?

    What’s Surface Resistivity of CFRTPs?   Carbon fiber reinforced thermoplastic polymers (CFRTPs) have emerged as a highly significant class of composite materials in the realm of modern materials science and engineering, . Their unique combination of properties, such as excellent mechan...
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  • Strength Different Between PPA and PPA-CF

    Differents between TPU and TPU-CF (Thermoplastic Polyurethane – Carbon Fiber Reinforced Plastic) The strength difference between PPA (Polyphthalamide) and PPA-CF (Carbon Fiber Reinforced Polyphthalamide) is significant, primarily due to the incorporation of carbon fibers into the PPA matri...
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  • Application Examples of Carbon Fiber Nylon 6

    Application Examples of Carbon Fiber Nylon 6

    Application Examples of Carbon Fiber Nylon 6   Some application examples of different filling content ranges of carbon fiber in nylon 6. 1. 1% – 5% – Daily necessities: For example, combs, toothbrushes, etc. Adding a small amount of carbon fiber can improve the strength and wear ...
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  • How to improve the dispersion uniformity of carbon fibers in the EVA matrix?

    How to improve the dispersion uniformity of carbon fibers in the EVA matrix?

    How to improve the dispersion uniformity of carbon fibers in the EVA matrix?   Surface Modification – Chemical Oxidation Method: The chemical oxidation method uses strong oxidants to treat the surface of carbon fibers, introducing oxygen-containing functional groups such as carboxyl a...
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  • Carbon Fiber: T300, T700, T800 & T1100

    Carbon Fiber: T300, T700, T800 & T1100

    Which classifications is carbon fiber divided into? -Just like stars that have different brightness, T300, T700, T800 and T1100 in the carbon fiber family are all shining brightly in different application areas, and together they are drawing a magnificent picture of science and technology.  ...
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