Market Overview:
Metal organic compounds are soluble chemical compounds that contains organic ligands to form a complex organometallic framework. They possess both electrical and magnetic properties which is found extensively in numerous application such as semiconductors, LED, solar cells, LASER and others. With rapidly growing digitalization and thereby increasing the demand of portable electronics devices, the demand for high purity metal organic is expected to grow. The penetration of mobile phones in developing and under developed countries is set to drive the demand of semiconductors. As a result the overall High Purity Metal Organics Industry is expected to grow at higher CAGR throughout the forecast period. In addition to this, the campaign for conservation of energy spreading around the world, which is anticipated to push the demand of LED lights. Apart from this the, signboards and digital advertising boards are driving the demand of LED’s. The metal organics find their applications in chemical industry as a catalysts and reagents. Increasing demand of high performance polymeric material for diverse application is the major factor responsible for demand of metal organic compounds as a catalysts for polymerization reaction. Moreover, the demand of solar cells is increasing year on year with growing energy needs, which is stipulated to be met by renewable source. Furthermore the immense uses of LASER is projected to grow over the forecast period.
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Competitive Analysis:
Key players in the global High Purity Metal Organics Industry are Azelis Electronics (France), The Dow Chemical Company (U.S.), Sigma-Aldrich Co. LLC (U.S.), Akzo Nobel N.V (Netherlands), American Elements (U.S.), Triveni Chemicals (India), Evans Fine Chem. (India), Albemarle Corporation (U.S.) and others
The study was conducted using objective combination of primary and secondary information including inputs from key participants in the industry. The report contains comprehensive market and vendor landscape in addition to SWOT analysis of key vendors.
Market segmentation:
The global High Purity Metal Organics Industry is segmented on the basis of type, application, and region. Based on type the market divided into trimethyl aluminum (TMA), trimethyl gallium (TMGa), dimethyl zinc, and ferrocene, and others. Among them the demand of trimethyl aluminium for making semiconductors is projected to fuel the growth of global High Purity Metal Organics Industry. Apart from that TMA is majorly used as a precursor in metal organic chemical vapor deposition (MOCVD) for making a thin polycrystalline films to be used in electronic devices. After TMA, TMGa is an important metal organic compound which is used mainly in production of LED. In addition to this, TMGa is used in many optoelectronic devices such as camera, photodiodes, and transistors. The use of LED lights can be seen in diverse applications such as signboards, traffic signals, notice boards, and household lighting, which is expected to grow continuously in coming years. Collectively, the rise of IT industry, growing power generation and energy conservation needs are the drivers in the global high purity metals organics market.
On the basis of applications the global High Purity Metal Organics Industry segmented into semiconductors, LED, catalyst, reagent, solar cells, LASER, and others, wherein semiconductors is the leading segment owing to the demand from growing telecommunication sector. The number of people using mobile phones is steadily increasing. Developing countries are taking up digitization on mission mode to reach the masses through e-governance. This would further pave a way for mobile phones and other portable electronic devices, which is projected to pull maximum demand of metal organic compounds. After semiconductors, LED is a significant segment which is growing steadily since its advent. LED has been successfully penetrated into various industrial and household applications. The world is on the verge of witnessing a massive power shortage. This concern attracted the attention of world and campaign for energy conservation. As a result the use of LED lights is an obvious choice adapted by people. In coming years the use of LED is anticipated to propel growth of global high purity metal organic compounds. Apart from energy conservation, power generation with minimum carbon footprint is the major challenge in the market. The solar energy is emerged as an optimum solution and most preferred form of renewable energy, which is projected to propel growth of the global high purity metal organics. In addition to that, increasing uses of LASER is also a substantial factor in favor of global High Purity Metal Organics Industry.
Regional Analysis:
Asia Pacific, North America, and Europe are the major regions in the global high purity metal organics. Other regions are Latin America and Middle East & Africa. Asia Pacific is estimated to be the fastest growing market. It accounts for 40% of the shares of global High Purity Metal Organics Industry. The policies adopted by the governments of the countries namely India, China, and Taiwan in favor of power generation and energy conservation may push the growth of regional High Purity Metal Organics Industry. North America is closely following Asia Pacific in terms of market size held by this region. U.S. and Canada are the major contributors to the regional market owing the presence of many key players and end use industries. Europe is also a substantial region in the global High Purity Metal Organics Industry. Use of LED for diverse application, especially for advertisements and signboards is an important driver of growth of the market in this region. Other significant regions in the global high purity metal organics are Latin America and Middle East & Africa, in which Latin America is anticipated grow at comparatively higher CAGR due to increasing end use industries in Brazil and Argentina. Middle East & Africa is estimated to gain the momentum during the forecast period on account of high solar power generation.
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