市場調查報告書
商品編碼
1197580
超材料市場 - COVID-19 的增長、趨勢、影響和預測 (2023-2028)Metamaterials Market - Growth, Trends, and Forecasts (2023 - 2028) |
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預計在 2022 年至 2027 年的預測期內,超材料市場的複合年增長率將超過 24%。
COVID-19 大流行對市場的影響可以忽略不計。 在過去幾年中,市場以健康的速度增長。
推動超材料使用的其他主要因素之一是航空航天和國防、電信和消費電子最終用戶行業等各種應用的研發活動不斷增加。
據估計,天線和雷達領域在超材料應用中所佔份額最大。
在最終用戶行業中,航空航天和國防部門估計佔最大份額。
北美在 2020 年的消費量最高,並主導著全球市場。
天線是超材料最重要的應用之一。 超材料的獨特性質被用來改善天線的性能特徵。
超材料塗層用於改善輻射和電氣調整小型電氣和有吸引力的偶極子接收器的特性。 這些天線接收 95% 以 350MHz 傳輸的信息無線電信標。 使用超材料的貼片接收器可以擴展方向性。
超材料表面天線技術 (MSA-T) 是另一類接收器創新。 超材料表面天線技術 (MSA-T) 是一種無需移動部件或昂貴的載物台移動段即可對大面積高頻條進行快速、精確電子控制的技術。
超材料可以改善貼片無線電線路負載並減少到達損耗。 第一個基於超材料的吸收器利用三層,兩個金屬層和一個介電層,模擬 11.48 GHz 的 99% 吸收。
由於上述因素,預計在預測期內對天線中超材料的需求將會增長。
全球市場以北美為主,其次是歐洲,但亞太地區增長最快,預計到 2024 年將超過北美。
這一增長主要是由於亞洲國家對國防部門投資的增加。
在中國、印度、韓國和巴基斯坦等國家/地區,政府會定期增加國防預算。
中國近期國防開支的增加表明,中國致力於到2035年完成解放軍現代化,到2049年將其轉變為“世界一流”軍隊。信號,從而在軍事技術領域創造機會。
隨著中國數字移動電話用戶數量的激增,服務提供商開始擔心其現有基礎設施的容量限制。 為此,智能天線系統的引入在中國取得了進展。
預計在預測期內,中國將鞏固其在全球超材料主要消費國中的地位。
超材料市場部分分散,沒有一家公司的份額足以影響市場。 Kymeta Corporation、Metamaterial Technologies Inc.、NKT Photonics、Echodyne Corp. 和 TeraView Ltd 是市場上的主要參與者。
The metamaterials market is anticipated to register a CAGR of over 24% during the forecast period 2022-2027.
The impact of the COVID-19 pandemic on the market was negligible. The market has been growing at a healthy rate in the past few years.
* One of the major factors driving the use of metamaterials is increasing R&D activities for various applications in the aerospace and defense, telecommunication, and consumer electronics end-user industries, among others.
* Among the applications of metamaterials, the antenna and radar segment is estimated to occupy the largest share.
* Among the end-user industries, the aerospace and defense segment is estimated to account for the largest share.
* North America dominated the market globally, with the highest consumption in 2020.
* Antenna is one of the most important applications of metamaterials. The unique property of metamaterials is used to improve the performance characteristics of the antenna.
* Metamaterial coatings are applied to improve the radiation and electrically coordinate the properties of little electric and attractive dipole reception apparatuses. These antennas have 95% of information radio signs originating at 350 MHz. Patch reception devices with metamaterial spread have expanded directivity.
* Metamaterial Surface Antenna Technology (MSA-T) is another class of reception apparatus innovation. It can electronically control a radiofrequency bar, rapidly and unequivocally over wide points, without the requirement for moving parts or costly stage moving segments.
* Metamaterials can improve the addition and decrease the arrival loss of a patch radio wire. The first metamaterial-based absorber utilizes three layers, of which two are metallic layers, and one is a dielectric layer, which provides simulated absorptivity of 99% at 11.48 GHz.
* Owing to the abovementioned factors, the demand for metamaterials in antennas is expected to grow during the forecast period.
* Although North America dominates the global market, followed by Europe, Asia-Pacific is the fastest-growing market and is expected to overtake North America by 2024.
* This growth is majorly due to increasing investments in Asian countries' defense sectors.
* In countries, like China, India, South Korea, Pakistan, etc., governments have been increasing the national defense budget regularly.
* China's recent increase in defense spending sends a clear signal that the country remains committed to completing the modernization of the People's Liberation Army (PLA) by 2035 and transforming the PLA into a "world-class" military by 2049, thus creating opportunities in the military technology sector.
* As the number of digital cellular subscribers is witnessing high growth in China, service providers are increasingly concerned with the limited capacities of the existing infrastructure. This has resulted in more deployment of smart antenna systems in China.
* China is expected to strengthen its position among the globally leading consumers of metamaterials over the forecast period.
The metamaterial market is partially fragmented, with no player having a significant enough share to influence the market. Kymeta Corporation, Metamaterial Technologies Inc., NKT Photonics, Echodyne Corp., and TeraView Ltd, among others, are some of the prominent players in the market.