航空航天与国防竞争和市场战略信息订阅

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航空航天和国防

无论是材料、零部件、组件、设备、系统还是服务，全球航空航天和国防工业都致力于可持续发展，例如可持续性、先进的飞机机动性、自动化和循环经济，以减少碳足迹。对最新的大规模投资技术导致了快速的变化。

Global Market Insights 跟踪以下行业领域的市场发展、不断变化的行业动态、经济地理和即将到来的趋势：

材料

• 金属/合金
• 聚合物/塑料
• 陶瓷
• 复合
• 纺织品

零件/组件

• 结构
• 引擎
• 通讯系统
• 军用车辆零件
• 武器组件

售后、维护、维修、运营

材料：脱碳、循环经济、废物回收、可持续性和对生物基材料的日益增长的需求正在推动航空航天和国防领域的整个材料行业。在其功能方面发挥着重要作用。该行业通常受到旨在减轻航空航天和国防部门对气候变化影响的各种举措的推动。因此，预计许多航空航天和国防公司将专注于功能和技术改进，以应对可持续性挑战。这将通过先进技术、使用可持续材料和使用绿色能源等手段来实现。

全球市场洞察 (GMI) 重点介绍了在航空航天和国防材料市场运营的主要参与者所采取的关键创新和战略。它还提供有关市场趋势和驱动因素的见解，以及对以下材料行业的深入研究：

金属和合金： 几十年来，铝一直是航空航天工业中使用的主要材料。然而，随着航空航天业需要更坚固、更轻的部件，铝正在被其他高性能合金所取代。虽然传统铝仍然是製造中必不可少的材料，但钛合金、铝锂 (Al-Li) 和铝化钛 (TiAl) 等材料可以承受高温和其他恶劣条件，使其成为行业的热门选择。越来越受欢迎。低碳排放、减轻重量、循环经济和新加工能力等大趋势推动了航空航天和国防工业中新材料的采用。公司也在调整他们的製造方法以适应这些新趋势，并提供新材料以提高效率和性能。

全球市场洞察 (GMI) 重点介绍了金属和合金市场领域的主要参与者所采取的关键创新和战略。它还提供了对与金属和合金市场动态相关的当前趋势和驱动因素的洞察。

聚合物和塑料：在过去的二十年中，聚合物在航空航天和国防工业中的使用大幅增加。自新一代飞机模型推出以来，聚合物的使用已从非关键结构和半结构部件扩展到关键结构部件的设计。对燃油效率和碳足蹟的日益关注进一步加速了轻质聚合物在飞机製造中的使用。航空航天业在结构应用中使用聚合物和塑料方面正在发生重大转变，世界各地的主要製造商都在开展广泛的活动以满足不断增长的需求。另一方面，热塑性塑料的良好性能有望为飞机内饰市场带来光明的前景，环氧树脂、苯并恶秦等树脂有望在飞机结构应用中需求旺盛。 GMI 深入了解与聚合物和塑料行业相关的技术、应用、等级和生产技术，并在细分领域进行深入研究。

陶瓷：在国防工业中，陶瓷因其硬度、耐腐蚀、耐高温和绝缘性能而成为理想的装甲材料。合金钢用于装甲坦克，铝合金用于轻型装甲车辆。儘管钢和铝被广泛使用，但钛合金由于其高弹性、耐腐蚀和高强度重量比等有吸引力的特性而越来越受欢迎作为装甲材料。此外，常规装甲材料较重，往往会导致机械部件加速磨损，降低机动性和车速，飞机和直升机製造商青睐陶瓷装甲材料。

复合材料：复合材料的轻质特性使其成为飞机工程师生产轻型飞机的理想选择，该飞机既省油又能确保乘客安全。自 1987 年以来，复合材料的使用量翻了一番，并且由于对该行业足蹟的担忧日益增加，而且可能会进一步增长。复合材料还可以承受严重的疲劳和阻力，使其越来越多地用于现代飞机，例如 A350-1000。

航空电子：航空电子是通信、监视、飞行控制、导航、推进、防撞、天气监测、机上娱乐、健康监测、应急系统等的重要组成部分。 .航空电子产品由使用铝和铜材料的 PCB 和高温层压板组成，以确保组件能够在极端环境条件下生存。该设备用于直升机、军用、公务机、通用、太空和商业航空。不断增长的全球空中交通推动了对先进航空电子产品的需求。为了飞机的安全运行，需要係统传输重要数据的高端电子元件。

製造商增加对研发活动的投资以引入下一代电子产品将推动未来的行业增长。公司正在扩展其产品线，以在市场上更具竞争力并满足不断变化的客户需求。此外，政府机构和私营公司增加对航空航天领域的投资预计将刺激行业增长。飞行员需要高端的飞机健康监测系统来了解他们的航天器的各种参数，以防发生故障或损坏。此外，对现有飞机和系统进行现代化改造以符合政府法规的兴趣日益浓厚，这将为下一代航空电子产品创造增长机会。

Global Market Insights Inc. currently has a repository of more than 2,000 syndicated reports covering a diverse range of industries like Aerospace and Defense, Automotive and Transportation, Bulk and Specialty Chemicals, Electronics and Media, Oil, Gas, and Energy, Food, Nutrition, and Animal Feed, Healthcare and Medical Devices, HVAC and Construction, Polymers and Advanced Materials, and Sustainable and Smart Technologies.

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Aerospace & Defense:

The global aerospace & defense industry including materials, parts, components, equipment, systems & services has been witnessing radical changes with large-scale investments in the latest technologies for sustainability, advanced air mobility, automation, and circular economy to reduce the carbon footprint.

Global Market Insights tracks market developments, changes in the industry dynamics, a geographical shift in the economy, and upcoming trends through the following industry segments:

Materials

• Metal & Alloys
• Polymers & Plastics
• Ceramics
• Composites
• Textiles

Parts & components

• Structures
• Engines
• Communication system
• Military vehicle parts
• Weapon components

Aftermarket, maintenance, repair, and operations

Materials:

The growing need for decarbonization, a circular economy, waste material recycling, sustainability, and bio-based materials play crucial in the overall functionality of the material industry in the aerospace & defense sector. The industry has been typically driven by the adoption of various initiatives aiming to alleviate the impacts of the sector on climate change. Therefore, numerous aerospace & defense organizations are anticipated to focus on functional and technological improvements to confront the sustainability challenge. This is likely to be accomplished by the means of advanced technologies, usage of sustainable materials, and green energy utilization.

Global Market Insights (GMI) focuses on the key innovations & strategies undertaken by the major players operating in the aerospace & defense materials market. The company also offers insights into the current trends and drivers associated with the market dynamics, further providing an in-depth study across the following material industry.

Metal & Alloys: Aluminum has been predominantly used in the aerospace industry for decades. However, as the industry strives for stronger and lighter components, it is progressively replacing aluminum with other high-performing alloys. Although traditional aluminum is still an integral part of manufacturing, materials such as titanium alloys, aluminum-lithium (Al-Li), and titanium aluminide (TiAl) are gaining popularity in the industry for their ability to withstand high temperatures and other harsh conditions. The adoption of new materials in the aerospace & defense industry has been stimulated by some of the megatrends that include low carbon emissions, weight reduction, circular economy, and new machining abilities. In addition, companies are aligning their manufacturing practices with these emerging trends and offering novel materials to improve efficiency and performance.

Global Market Insights (GMI) focuses on the key innovations & strategies undertaken by major players operating in the metal & alloys market space. The company also offers insights into the current trends and drivers associated with the metal & alloys market dynamics.

Polymers & Plastics: The use of polymers in the aerospace & defense industry has witnessed a significant surge in the past two decades. The introduction of new generation aircraft models has expanded the usage of polymers from non-critical & semi-structural applications to the design of critical structural parts. The rising emphasis on fuel efficiency and carbon footprint has further fueled the usage of lightweight polymers in aircraft constructions. The aerospace industry is witnessing a crucial transition in the use of polymers & plastics in structural applications and major manufacturers across the world are engaged in expansionary activities to cater to the growing demand. On the one hand, favorable characteristics of thermoplastics are likely to create a positive outlook for the aircraft interior market; resins such as epoxies and benzoxazine are expected to experience strong demand for aircraft structural applications on the other hand. GMI offers an intensive study at sub-segment levels, providing insights into the technology, applications, grades, and production technologies associated with the polymers & plastics industry.

Ceramics: Within the defense industry, hardness, corrosion resistance, high-temperature resistance, and insulation properties make ceramics the ideal armor material. In tank armor applications, alloy steel is among the most commonly used materials, and aluminum alloy is used in case of the light armored vehicles. Although steel and aluminum are widely used in the industry, titanium alloys are experiencing increasing penetration as armor materials owing to their attractive characteristics, such as high resilience, corrosion resistance, and high strength-to-weight ratio. In addition, ceramic armors are gaining more traction from aircraft & helicopter manufacturers as traditional armors due to their heavy weight often lead to accelerated wear of mechanical parts and low maneuverability & vehicle speed.

Composites: The lightweight properties of the composite materials render them preferable for aircraft engineers in order to manufacture lightweight aircrafts that are fuel-efficient and ensure the safety of passengers. The application of composites in the industry has witnessed a double increase in consumption since 1987, which is likely to further expand considering the growing concern over industry footprints. Additionally, composites can withstand heavy fatigue and resistance; thereby experiencing an increasing use in modern aircraft, such as A350-1000 plane.

Aerospace electronics: Aerospace electronics refers to components that are essential for communication, surveillance, flight control, navigation, propulsion, collision avoidance, weather monitoring, in-flight entertainment, health monitoring, and emergency system. Aerospace electronics consists of PCBs with aluminum & copper materials and high-temperature laminates that enables the components to survive in an extreme environmental situation. The devices are used in helicopters, military, business jet & general, space, and commercial aviation. Increase in air traffic across the globe will propel the demand for advanced aerospace electronics. Operators require high-end electronic components to systematically communicate critical data to aircrafts for safe journey.

Growing investment from manufacturers in R&D activities for introducing next-generation electronics will propel the industry growth in future. Companies are expanding their portfolio to gain a competitive positioning in the market and meet the developing customer requirements. Additionally, increasing investment from government and private organizations in space aviation will spur the industry growth. Pilots require high-end aircraft health monitoring systems for understanding different parameters of the spacecraft in case of any malfunctions or damage. Also, rising focus on modernizing the existing aircraft fleet and systems for adhering to the government regulations, will create growth opportunities for next generation aerospace electronics.