Missile Composites Market Size, Industry Analysis Report, Regional Outlook (U.S., Canada, Germany, UK, Italy, France, Spain, Italy, Russia, Poland, China, India, Japan, Australia, Brazil, Mexico, Argentina, South Africa, Saudi Arabia, Qatar, Kuwait, UAE), Application Development Potential, Price Trend, Competitive Market Share & Forecast, 2019 - 2025
Report ID: GMI2158
Missile Composites Market size is expected to witness a surge in demand due to growing popularity of composites in terms of light weight, durability, corrosion resistance among others. Composite materials have been widely utilized all over the world in all ventures, for example, aviation, vehicle and transportation, chemical, marine, electrical/mechanical, civil engineering, building construction, electronics and telecommunication. Defense is one of the significant users of composite materials, especially for rockets/missiles and other weapons. As the production of composite materials and manufacture of products from them is a labor oriented technology, composite materials are more intriguing and appropriate to a nation like India.
Significant advances have happened in rocket & missile structures and materials innovation since the late 1940's. A portion of the advances were the consequence of upgrades in plan, ideas and material properties; others were from the improvement of new materials and manufacture procedures. Rapid strides in PC innovation and techniques for basic investigation has played an imperative part.
Composite materials are by and large costlier when contrasted with ordinary materials yet at the same time their utilization is ending up progressively well-known due to their undermentioned properties. High utilization of composites in rockets, expanding acquirement for rockets moved by rising guard spending plan of the emerging economies, and an overhaul of rockets with the selection of new advances are a portion of the key components thriving the demand for missile composites market.
Based on type, the missile composites market is segmented as cruise and Ballistic missile. The ballistic missile right now represented a bigger offer in the worldwide rocket composites market and is anticipated to keep up its predominance amid the figure time frame. Expanding acquisition of ballistic missile inferable from their exactness striking and long-remove scope capacities combined with the high use of composite parts is driving the development of the segment. The market is further segmented based on component includes, radome, rocket motor case, propulsion system, airframe, equipment section and others.
Based on material, the missile composites market is further segmented into glass-fiber reinforced composites, carbon fiber reinforced plastics and ceramic matrix composites. Carbon fiber composite is anticipated to dominate the global missile composites market over the forecast timeframe. Majority of the composite missile applications are mainly fabricated by using these composites.
North America is anticipated to capture the highest revenue share from 2017 to 2024. It can be attributed to high defense equipment procurement that include rockets and nearness of an expansive number of makers in the region. Asia-Pacific will witness most elevated development rate amid a similar period, inferable from rising increased defense spending plans. China, India, and South Korea are expected to showcase significant growth in the region.
The production network of this missile composites market involves raw material providers, composite part fabricators, missile makers, and government defense experts. Some of the key players in the market are Matrix Composites, Inc., General Dynamics Corporation, Meggitt PLC, Orbital ATK Inc., Kaman Aerospace Corporation, and San Diego Composites, Inc.
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