新孚达碳纤维增强塑料 助推低空经济"飞的更高"
NFD carbon fiber reinforced plastic promotes low altitude economy to fly higher
当前，我国低空经济已初具规模，无人机物流、低空旅游、城市空中交通等新兴业态方兴未艾，展现出强大的发展潜力和广阔的市场前景。低空经济的蓬勃发展，标志着我国正加速迈入“陆海空天”四维交通新时代，为我国交通运输版图绘制出更加辽阔的蓝图。
所谓低空经济，就是以航空器为主低空活动为牵引，多产业融合的新经济形态。简单来说，其所指的就是以民用有人驾驶和无人驾驶航空器为主，以载人、载货及其他作业等多场景低空飞行活动为牵引，辐射带动相关领域融合发展的综合性经济形态。
我国低空经济相关企业注册数量整体呈增长态势，中国民航局数据显示，今年上半年，新注册的无人机约60.8万架，较去年年底增长了48%；无人机累计飞行981.6万小时，较去年同期增加13.4万小时。广东、浙江等省份率先开展低空经济示范区建设，通过政策引导、基础设施建设、企业培育和产业规划，形成了各具特色的低空经济发展模式。
低空经济在物流、应急救援、医疗、农业、巡检等多个领域均展现出巨大发展潜力，但目前尚处于起步阶段，仍存在顶层设计不完善、产业基础较为薄弱、市场尚未成熟等问题。对此，应从政策、科技和产业3个层面综合施策，促进其高质量发展。
为护航低空经济发展，我国相继出台多项鼓励低空经济发展的政策。2023年中央经济工作会议将低空经济列为战略性新兴产业之一。2024年1月1日《无人驾驶航空器飞行管理暂行条例》正式施行，为无人机的安全便捷飞行提供有力支撑。2024年3月底发布的《通用航空装备创新应用实施方案（2024—2030年）》提出，到2030年，通用航空装备全面融入人民生产生活各领域，成为低空经济增长的强大推动力，形成万亿级市场规模。政策扶持+产品创新双发力使得低空经济具备了无限的发展可能！在此作用下低空经济产业链从上游的原材料、零部件到中游的低空经济核心，再到下游的产业融合都有望先后受益。
NFD在无人机关键原材料环节推出系列成熟材料方案，助力相关飞行器的结构强度更高，更轻，续航更持久。
At present, China's low altitude economy has begun to take shape, and emerging industries such as drone logistics, low altitude tourism, and urban air transportation are flourishing, demonstrating strong development potential and broad market prospects. The vigorous development of the low altitude economy marks China's accelerated entry into a new era of "land, sea, air, and space" four-dimensional transportation, drawing a broader blueprint for China's transportation map.
The so-called low altitude economy refers to a new economic form that is mainly driven by aircraft and low altitude activities, and integrates multiple industries. Simply put, it refers to a comprehensive economic form that is mainly driven by civilian manned and unmanned aerial vehicles, with low altitude flight activities in multiple scenarios such as manned, cargo, and other operations as the traction, radiating and driving the integrated development of related fields.
The overall number of registered low altitude economy related enterprises in China is showing an increasing trend. According to data from the Civil Aviation Administration of China, about 608000 new unmanned aerial vehicles were registered in the first half of this year, an increase of 48% compared to the end of last year; Drones have flown a total of 9.816 million hours, an increase of 134000 hours compared to the same period last year. Guangdong, Zhejiang and other provinces have taken the lead in carrying out the construction of low altitude economic demonstration zones, forming distinctive low altitude economic development models through policy guidance, infrastructure construction, enterprise cultivation and industrial planning.
The low altitude economy has shown great development potential in various fields such as logistics, emergency rescue, medical care, agriculture, and inspection. However, it is still in its infancy and there are still problems such as incomplete top-level design, weak industrial foundation, and immature market. In this regard, comprehensive measures should be taken from the three levels of policy, technology, and industry to promote its high-quality development.
To safeguard the development of low altitude economy, China has successively introduced multiple policies to encourage the development of low altitude economy. The 2023 Central Economic Work Conference will list low altitude economy as one of the strategic emerging industries. On January 1, 2024, the Provisional Regulations on the Flight Management of Unmanned Aerial Vehicles came into effect, providing strong support for the safe and convenient flight of unmanned aerial vehicles. The Implementation Plan for Innovative Applications of General Aviation Equipment (2024-2030), released at the end of March 2024, proposes that by 2030, general aviation equipment will be fully integrated into various fields of people's production and life, becoming a powerful driving force for low altitude economic growth and forming a trillion dollar market scale. The dual efforts of policy support and product innovation have provided unlimited development possibilities for the low altitude economy! Under this effect, the low altitude economy industry chain is expected to benefit successively from upstream raw materials and components, midstream low altitude economy core, and downstream industrial integration.
NFD has launched a series of mature material solutions in the key raw material link of unmanned aerial vehicles, which helps to improve the structural strength, lightness, and endurance of related aircraft.
以塑代钢 NFD碳纤维材料重大技术突破
新孚达（NFD）科研人员经过两年的技术攻关，成功攻克纤维界面结合难题，成功研发出具有高物理强度、高耐热、高耐磨、耐化学、高模量的碳纤维增强复合塑料，拉伸强度突破410MPa，弯曲强度突破600MPa，相比于国外进口碳纤维增强塑料，根据实验室物性数据表明，机械性能大幅优于国外进口产品，使中国在纤维增强塑料方面实现弯道超车。
NFD新型高强度碳纤维增强复合塑料，具有非常优异机械强度与抗冲击能力，尺寸稳定性高、低翘曲等优点，全新配方使材料性能提升30%，使它具备替代大部分金属的能力。成型零部件比钢轻75%，比铝轻40%，对无人机轻量化及其它行业“以塑代钢”提供更好的解决方案！
高强度：碳纤维增界面复合技术能够显著增强复合材料的力学性能，这使得无人机能够承受更大的载荷和更高的飞行速度，提高了无人机的可靠性和安全性。
轻量化：碳纤维复合材料的密度较低，相比传统金属材质，仅有1/5不到的比重，能够显著减轻无人机的重量。有助于提高无人机的飞行效率，延长飞行时间，并增加有效载荷能力。
耐腐蚀性：碳纤维复合材料具有良好的耐腐蚀性，能够在恶劣的环境条件下长期使用，减少了维护和更换的成本。
抗疲劳性：碳纤维复合材料具有出色的抗疲劳性能，能够承受频繁的起降和飞行过程中的振动和冲击，延长了无人机的使用期限。
Significant technological breakthrough in replacing steel with plastic NFD carbon fiber materials
After two years of technical research, NFD researchers have successfully overcome the problem of fiber interface bonding and developed carbon fiber reinforced composite plastics with high physical strength, high heat resistance, high wear resistance, chemical resistance, and high modulus. The tensile strength has exceeded 410MPa and the bending strength has exceeded 600MPa. Compared with imported carbon fiber reinforced plastics from abroad, laboratory property data shows that the mechanical properties are significantly better than those of imported products, enabling China to overtake in the field of fiber-reinforced plastics.
NFD new high-strength carbon fiber reinforced composite plastic has excellent mechanical strength and impact resistance, high dimensional stability, low warpage and other advantages. The new formula improves the material performance by 30%, making it capable of replacing most metals. The molded parts are 75% lighter than steel and 40% lighter than aluminum, providing a better solution for the lightweighting of drones and other industries to replace steel with plastic!
High strength: Carbon fiber reinforced interface composite technology can significantly enhance the mechanical properties of composite materials, which enables drones to withstand larger loads and higher flight speeds, improving the reliability and safety of drones.
Lightweight: Carbon fiber composite materials have a lower density, with a specific gravity of less than 1/5 compared to traditional metal materials, which can significantly reduce the weight of drones. Helps improve the flight efficiency of drones, extend flight time, and increase payload capacity.
Corrosion resistance: Carbon fiber composite materials have good corrosion resistance and can be used for a long time in harsh environmental conditions, reducing maintenance and replacement costs.
Fatigue resistance: Carbon fiber composite materials have excellent fatigue resistance and can withstand frequent vibrations and impacts during takeoff, landing, and flight, extending the service life of drones.
NFD碳纤维增强高性能尼龙材料
（Hepla®H7530系列材料、Hepla® PPA系列、Gepla®系列）
低密度：密度＜1.35g/cm，这使得无人机整体重量更轻，有助于提高飞行效率和续航能力。
超高模量：拉伸模量＞30000 MPa，赋予材料卓越的稳定性，确保无人机在飞行过程中保持良好的姿态和操控性。
超高强度：拉伸强度＞300MPa、最高可高达386MPa，使无人机能够承受各种复杂环境和载荷条件，提高其可靠性和耐用性。
良好的冲击性能：无缺口冲击＞1200 J/m，使无人机能够承受各种复杂环境和载荷条件，提高其可靠性和耐用性。
NFD针对无人机功能部件的低密度、高模量以及对外观设计颜色的高要求做出了重大突破。我们创新型开发了PA+CF、PPA+CF材料，既满足轻质高强的结构性能，也满足对外观的极致探索。此外，无人机外壳、框架部件通过采用0.6-1.5mm壁厚的阻燃PC合金材料，可以更好的赋予飞机机身更加轻盈的特性。同时，我们采用了低吸水、低翘曲的PA材料，有效提升了飞机机臂尺寸的精准度和稳定性。这些创新的材料和技术将为无人机行业带来重大进步，提升飞行性能和续航能力。
NFD材料所制零部件打造的无人机更轻量化、耐候性、高强度、低密度。即使在恶劣环境下，不仅能够展现出卓越的抗摔性和飞行稳定性，而且还能够显著延长其续航时间。此外，我们致力于设计零部件易于组装和拆卸，以实现生产效率的全面提升。
针对无人机零部件，我们提供全方位的模流分析、专业系统的轻量化材料方案和全流程跟踪服务。目前研发部和市场组更是针对无人机桨叶，着手搭建桨叶长时间老化测试平台。此外，NFD专攻特殊疑难材料解决方案，提供定制化服务，我们愿意联合客户共同研发前瞻性材料应用技术，包括但不限于低密度薄壁化PA、PC、PP材料以及高模量低密度碳纤材料，为您的无人机带来更出色的性能与品质。
NFD carbon fiber reinforced high-performance nylon material
（Hepla® H7530 series materials、Hepla® PPA series、Gepla® Series)
Low density: Density<1.35g/cm, which makes the overall weight of the drone lighter and helps improve flight efficiency and endurance.
Ultra high modulus: The tensile modulus is greater than 30000 MPa, endowing the material with excellent stability and ensuring that the drone maintains good posture and maneuverability during flight.
Ultra high strength: The tensile strength is greater than 300MPa and can reach up to 386MPa, enabling the drone to withstand various complex environments and load conditions, improving its reliability and durability.
Good impact performance: No notch impact>1200 J/m, enabling the drone to withstand various complex environmental and load conditions, improving its reliability and durability.
NFD has made significant breakthroughs in low density, high modulus, and high requirements for appearance design colors of drone functional components. We have innovatively developed PA+CF and PPA+CF materials, which not only meet the structural performance of lightweight and high strength, but also satisfy the ultimate exploration of appearance. In addition, the drone shell and frame components can be better endowed with lighter characteristics by using flame-retardant PC alloy materials with a wall thickness of 0.6-1.5mm. At the same time, we have adopted PA materials with low water absorption and low warpage, effectively improving the accuracy and stability of the aircraft arm size. These innovative materials and technologies will bring significant progress to the drone industry, enhancing flight performance and endurance.
Drones made from NFD materials have lighter weight, better weather resistance, higher strength, and lower density. Even in harsh environments, it can not only demonstrate excellent drop resistance and flight stability, but also significantly extend its endurance time. In addition, we are committed to designing components that are easy to assemble and disassemble, in order to achieve a comprehensive improvement in production efficiency.
We provide comprehensive mold flow analysis, professional lightweight material solutions, and full process tracking services for drone components. At present, the R&D department and marketing team are focusing on building a long-term aging testing platform for drone blades. In addition, NFD specializes in special and difficult material solutions, providing customized services. We are willing to work with customers to jointly develop forward-looking material application technologies, including but not limited to low-density thin-walled PA, PC, PP materials, as well as high modulus low-density carbon fiber materials, to bring better performance and quality to your drones.
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感谢您访问新孚达复合材料有限公司（NFD）！我们秉承“New Formula Designer”的发展理念，将科研创新与生产应用紧密相连。 新孚达专攻特殊改性复合塑料，拥有70多种基材，10000多种改性塑料成熟配方，这些材料包括结构性增强、导电及电子屏蔽（EMI）、阻燃、润滑改性耐磨、长（短）碳纤维增强、长（短）玻璃纤维增强、纳米塑料、高、低比重、耐高温、激光直接成型、磁可探测、免喷涂塑料及特殊染色材料等，为客户提供更为广阔的选材空间。
Thank you for visiting NFD Composite Materials Co., Ltd! We adhere to the development philosophy of "New Formula Designer" and closely link scientific research and innovation with production applications. NFD specializes in special modified composite plastics, with over 70 types of substrates and more than 10000 mature formulas for modified plastics. These materials include structural reinforcement, conductive and electronic shielding (EMI), flame retardancy, lubrication modified wear resistance, long (short) carbon fiber reinforcement, long (short) glass fiber reinforcement, nanoplastics, high and low specific gravity, high temperature resistance, laser direct molding, magnetic detectability, spray free plastics, and special dyeing materials, providing customers with a wider selection space.
