Aerospace Lightning Strike Protection Market Size, Industry Analysis Report, Regional Outlook, Application Development Potential, Price Trend, Competitive Market Share & Forecast, 2020 - 2026
Report ID: GMI2083
Aerospace Lightning Strike Protection Market size is anticipated to grow at a significant rate from 2017 to 2024. High acceptance from regional, military, and commercial aircrafts manufacturers due to aircraft protection concerns will majorly drive the industry over the forecast timeframe. Continuous increase in aircraft deliveries will also support the industry. Strengthening aerospace composites penetration in aircraft programs, stringent aviation standards & regulations across the globe will further escalate the revenue share of the aerospace lightning strike protection market over the coming years.
Mandatory certifications regarding the usage of lighting strike protection (LSP) will pose a challenge to industry participants. The manufacturers are pushed to focus on careful production of their products for catering to these standards. High implementation cost is another factor that may hamper the aerospace lightning strike protection market growth over the forecast timeframe.
Modernization of aircrafts has led to increasing usage of composites around the world. It can be attributed to the provision of several safety and weight benefits. Industry players focus on technological advancements to gain a competitive edge. Integration of Carbon Nanostructures into general composite materials has gained prominence in the industry. It provides enhanced lighting protection along with cost effective and light weight alternative to metal mesh. NASA developed a wireless sensor technology for ensuring lightning strike protection by identifying lightning and upcoming damage. These innovations will induce immense potential to the aerospace lightning strike protection market size over the next eight years.
Usage of advanced and light weighted LSP materials will further gain traction among the industry participants owing to the economic and environment protection considerations. They provide the aircrafts with enhanced lightning protection. Integration of Nano technology in these lightning strike protection systems is also an upcoming trend in the aerospace lightning strike protection market. It makes the product highly conductive and its usage leads to protection against corrosion and abrasion. Usage of carbon fibers in the LSP is also increasing owing to their lighter weight.
Aerospace lightning strike protection market can be segmented based on the type into interwoven wire, expanded foil, painting & coating, lighting diverter strips, interwoven wire, and metalized fibers and fabrics. The expanded foil is anticipated to register high gains over the forecast timeline owing to its high usage in the modern aircrafts such as A350XWB and B787. The increasing demand of these aircrafts will foster the industry growth till 2024. Additionally, provision of the benefits such as cost effectiveness, enhanced formability, corrosion resistance, light weight, and better conductivity as compared to the counterparts will further support the industry dominance over the next eight years.
North America is anticipated to exhibit highest revenue share in the industry over the forecast timeframe. It can be attributed to tremendously rising number of aircraft production and deliveries across the region. Rising passenger traffic travelling by air will significantly contribute to the region’s aerospace lightning strike protection market size till 2024. Europe will witness a significant growth over the coming years owing to the stringent regulations and standards regarding CO2 emissions from aviation. Regular innovations will further fuel the regional growth.
Henkel, Arconic, LORD Corporation, Wallner tooling/EXPAC, Hollingsworth & Vose Company, Lighting Diversion System, Astroseal Products Mfg.Astrostrike/Corporation, and Dexmet Corporation are among the prominent players in the aerospace lightning strike protection market. Other notable players include GKD – GEBR. Kufferath AG, Niles Expanded Metals & Plastic, and Technical Fibre Products, Inc. Industry players focus on developing innovative products to strengthen their visbility and foothold. For instance, in March 2017, Henkel planned to showcase its aero surfacing film, Loctite EA 9845 LC in the JEC World 2017. It provides high quality surface finishing with incorporated lightning strike protection. This film provides 30% lesser weight as compared to existing films along with lesser manufacturing process time. Similary LOR Corporation’s UltraConductive Coatings and Films for lightning strike protection help to protect the composite structures at half weight of the traditional metal foils, and saves considerable weight per aircraft.
What Information does this report contain?
Customize this Report
Our Market Research Reports Include:
- Market snapshot
- Market Segmentation
- Value Chain Analysis
- Growth Dynamics
- Potential Market Opportunities
- Regulatory Overview
- Technology Evolution
- Innovation & Sustainability
Benefits of Association
Data Coverage & Quality
GMI reports provide the most comprehensive coverage of any focus industry, ensuring a holistic and deep understanding of the market, along with actionable and granular data. We also take pride in our commitment to quality and strive to ensure that our clients get their moneys worth.
Client Trust & Security
GMI maintains strict code of conduct as a business and is committed to ensure that the privacy and trust of our clients are always maintained. As an organization, we also strive to be fully compliant with privacy laws, PCI and information security guidelines.
Our customers rely on us to produce accurate, reliable and timely information. Service orientation is a key mission for us as an organization; our process is guided by the desire to ensure that our clients are provided the best possible solutions in optimal timeframe. GMI stands by its commitment to service, providing timely assistance in both pre-sales and post-sales support for our clients.