capacitors electronics components

, Which has recently been added to our huge research report library. Our latest report on the high-voltage plastic film capacitor market is responsible for in-depth investigation and understanding of each market segment, which finally determines the main aspects of the high-voltage plastic film capacitor industry. In addition, the high-voltage plastic film capacitor market report also introduces the modern situation of the recent and upcoming industry procedures, the evaluation of new technologies, and the extensive progress in product development.

The High Voltage Plastic Film Capacitor Market Report combines different methods and procedures used by manufacturers in the high voltage plastic film capacitor market in order to make key business decisions. The high-voltage plastic film capacitor market research report also describes some important components, such as output value, analysis of the marketing strategy of high-voltage plastic film capacitors, market distributors or traders, and its influence is also mentioned in the research of the high-voltage plastic film capacitor industry . file. In addition, the report also reveals the market overview of high-voltage plastic film capacitors, market share, demand/supply ratio, product types, import and export data and supply chain analysis.

Note: Our report includes an analysis of the impact of COVID-19 on this industry. Our new sample has been updated to correspond to the new report, which shows the impact of Covid-19 on industry trends. So are we

The research report provides an exclusive tool for evaluating the high-voltage plastic film capacitor industry, and outlines the opportunities, strategic decisions and growth prospects supported by the high-voltage plastic film capacitor market. This report recognizes the rapid changes in the competitive landscape of the high-voltage plastic film capacitor industry and the expected compound annual growth rate during the forecast period, growth factors, and the latest marketing facts. These facts are useful for monitoring the performance of the high-voltage plastic film capacitor market and making important decisions for the industry. Progress and probability are crucial.

ABB

Siemens

Eaton

Ica

ZEZ Silko

Maxwell

General Electric

Electronic Music Festival

Nissin

Condas

Lifassa

RTR

Sanhe

Iskra

API capacitor

Siyuan

He Rong

Polyethylene capacitor

Polypropylene capacitor

Polystyrene capacitor

other

Consumer electronics products

Industrial application

vehicle electronics

other

The high-voltage plastic film capacitor market research report includes detailed basic research and an exclusive analysis of the quantitative and qualitative elements of the high-voltage plastic film capacitor industry. The research was drawn by several market professionals and experts with the purpose of gaining a deeper understanding. The world's high-voltage plastic film capacitor industry and the overall pattern. The main purpose of the report is to focus on the number and value of the market share of high-voltage plastic film capacitors by region, major players, product types, consumers, and unstable market prices.

The High Voltage Plastic Film Capacitor Market Report provides an upstream and downstream analysis of the high voltage plastic film capacitor market, covering the main raw materials used in the manufacture of high voltage plastic film capacitors and detailed manufacturing sources. High-voltage plastic film capacitors report detailed raw material price trend analysis and high-voltage plastic film capacitor manufacturing cost analysis are also included in the report.

If you are already working in the global high voltage plastic film capacitor market or are eager to do so, then this study will provide you with the perfect guide, as it will especially provide you with a comprehensive outlook on the high voltage plastic film capacitor market. This allows you to keep up-to-date marketing knowledge. If you choose different high-voltage plastic film capacitor market participants/suppliers based on geographic location or regional or country/regional needs, then we will ensure that you provide detailed customized information for the high-voltage plastic film capacitor industry according to your requirements.

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The report includes a comprehensive study of the global ceramic disc capacitor market. It successfully pointed out the key factors that have a significant impact on the ceramic disc capacitor market. The report is the result of a carefully planned research method. This method uses primary and secondary research tools.

These tools help researchers collect real data and draw clear conclusions. The report also describes the main competitors in the global ceramic disc capacitor market, which provides an opportunity for participants in the ceramic disc capacitor market to evaluate its performance.

Kyocera (AVX), NIC components, TDK, Murata, Vishay, Kemet, Cornell Dubilier, CTS Corporation, Sanwa, MARUWA, Zonkas Electronic, Walsin Technology, Shanghai Jinpei Electronics, Fenghua, Presidio Components, HVC Capacitor, Suntan,

Straight type, crimp type,

Consumer electronics, automobiles, industrial machinery, military and defense, others,

The report was prepared after studying the different parameters that determine the global ceramic disc capacitor market. The forecast period is estimated from 2021-2026. The forecast period is the period of time when key factors and parameters will help the market flourish. The estimated value of the market has been expressed as a percentage of CAGR. In addition, the report also indicates the approximate revenue that can be generated during the forecast period. However, the report also outlines factors that may slow the growth of the global ceramic disc capacitor market.

The report includes the main driving forces of the global ceramic disc capacitor market. When studying this part of the report, keep in mind the political, economic, social, technological, geographic and cultural background of the global ceramic disc capacitor market. These factors can be predicted to have their own effects on the market, or they can have interrelated effects. In addition, subtle changes in the time frame in which these factors play a role may have a knock-on effect on the global ceramic disc capacitor market.

The global ceramic disc capacitor market has been subdivided into Europe, America, Asia Pacific, and the Middle East and Africa. This part of the report gives a detailed introduction to the regional scope of the global ceramic disc capacitor market. The trends and preferences that dominate each region have a direct impact on the industry. The report attempts to use the prevailing trends and preferences in the region to provide users with a clear picture of the potential of existing businesses in the region.

The main research procedures conducted to arrive at the results included face-to-face interviews with industry experts and consumers. Secondary research procedures include complex research on academic journals and online reports.

Garner Insights is a market intelligence and consulting company with a full range of experience and rich knowledge in the market research industry. We extensively store various types of research reports, allowing you to fully understand the ever-changing and developing trends and current global topics. Our continuous effort is to continuously improve our stored information by providing rich market reports and continuously improving them.

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As one of the most widely used passive components, MLCC occupies approximately 40% of the capacitor market. MLCC has been widely used in communications, consumer electronics, automotive and military fields. The strong demand in these fields has prompted the expanding MLCC market.

Consumer electronics (especially smart phones, which account for 39% of total consumption) consume approximately 64% of MLCC. As far as the iPhone is concerned, smart phones with higher configurations use more MLCCs. For example, iPhone X requires as many as 1100 MLCCs compared to the 400-piece iPhone 5S. In addition, in recent years, portable and smart wearable devices such as TWS earphones and smart watches have attracted widespread market attention, resulting in a large demand for MLCC.

As the commercial use of 5G is developing rapidly, smartphones supporting 5G will have more MLCCs than 4G. For example, use MLCC to increase Sub-6Ghz 5G smartphones by 10%-15% and mmWave 5G mobile phones by 20%-30%. At the same time, the higher power consumption of 5G smartphones further promotes the demand for high-capacity, low-power high-end, micro/ultra-micro (0201, 01005, etc.) MLCCs.

During the rapid construction of 5G in 2020, compared with 4G, there will be more 5G base stations to be built, and each such MLCC will have a larger number. These are two factors that are increasing the demand for MLCC. By 2023, the demand for MLCC in global communication base stations will be 2.1 times that of 2019

. At the same time, the Internet of Things (IoT), which requires more stable connections, will be the beneficiaries of low-latency 5G networks. A VENKEL study shows that an average terminal needs more than 75 MLCCs. It can be foreseen from this that more and more interconnected IOT devices will undoubtedly stimulate the growth of the MLCC market.

The development of new energy vehicles and ADAS has pushed MLCC to a new blue ocean. An ordinary car requires about 3,000 or 4,000 MLCC, while a hybrid/plug-in hybrid car requires about 12,000, and an electric car requires about 18,000.

In the vehicle electronic system, ADAS using more MLCC can collect, detect, identify and track the change data inside and outside the vehicle through the sensors on the vehicle in the shortest time, and use it in combination to help the driver pay attention to correctness and safety Operate the potentially dangerous navigation map data for calculation and analysis. The wider coverage of 5G networks will be another solution to the delay problem. As more and more vehicles are equipped with more intelligent ADAS, the demand for MLCC will increase exponentially.

New energy vehicles with more control modules (such as ECU) require more passive components to support the electronic system, while new energy vehicles require at least 10,000 MLCC. In recent years, with the introduction of a timetable for the elimination of ICE vehicles on a global scale, new energy vehicles have a higher penetration rate, coupled with the increase in the use of MLCC by a single vehicle, which has stimulated the demand for automotive MLCC.

In a variety of automotive MLCC models, the size range used is 0402 to 2220, and the most used are 0603, 0805 and 1206. Although the size of the MLCC is not concerned, the automotive market has high requirements for safety parameters (reliability, service life and failure rate) as well as operating temperature, humidity, climate and vibration resistance. The automotive market poses a high barrier to entry for MLCC, and must comply with a series of automotive standards (AEC-Q200) and pass quality certification.

In the MLCC market, leading manufacturers include Murata, Samsung Electronics, Yageo, Walsin Technology,

, TDK, Kyocera and Mainland China companies such as Fenghua Advanced Technology and Chaozhou Sanhuan. Since 2016, MLCC suppliers such as Murata and TDK have rarely shifted to focus on automotive MLCC, which is a promising and lucrative high-tech market. This move disrupted the global passive component supply chain, causing low-end customers to turn to companies such as Yageo, Fenghua Advanced Technology and Chaozhou Sanhuan.

Murata Manufacturing Co., Ltd. is the world's largest MLCC supplier (approximately 56% of the automotive MLCC market), with an annual production capacity of about 1,100 billion. In recent years, the company has reduced the production capacity of low-end MLCCs while increasing the production of automobiles and other high-end products. Murata Manufacturing Co., Ltd. has accelerated the development and mass production of MLCC for high-end consumer electronic products, as well as the release of automotive products. In 2019, Murata began spawning 008004, which will be used in 5G flagship phones of Apple and Huawei. in

, Murata Manufacturing Co., Ltd. began mass production of two new automotive multilayer ceramic capacitors-NFM15HC105D0G3, which is the world’s smallest 0402 size (1.00.5mm) three-terminal low ESL multilayer ceramic capacitor, and NFM18HC106D0G3, which has three terminals Low ESL multilayer ceramic capacitors have the world's highest 10F capacitance in 0603 size (1.60.8 mm), suitable for ADAS and autonomous driving.

In recent years, Samsung Electromechanical, which ranks second in the MLCC market share (ranked fourth in the automotive MLCC market, with a share of about 6%) has also followed closely, such as squeezing low-end production capacity and accelerating deployment. High-end products. in

, The company has developed five new types of MLCC, including three types for power systems and two types for anti-lock braking systems, which will be introduced to global automakers in the future. Except in

Samsung Electro-Mechanics is advancing the construction of a new plant in Mexico

.

In view of its disadvantages in the MLCC of consumer electronic products, TDK cancelled the order of 700 million MLCCs covering approximately 360 models and committed to mid-to-high-end products in 2017. This is the first initiative for TDK to seize market share. Companies exploring the automotive MLCC market. About 25% of the shares.

In recent years, MLCC suppliers in mainland China have made rapid progress, especially Fenghua Advanced Technology Co., Ltd. is one of the few complete MLCC suppliers in China that provides MLCCs covering 01005-2220 and above specifications. Technical process has advantages; but it is still aimed at consumer electronics. The company launched products that meet the AEC-Q200 standard in 2018, but due to its weak foundation, it still does not pose a threat to its Japanese and Korean counterparts.

Since 2018, traditional car manufacturers around the world have begun large-scale deployment of electric car manufacturing, and governments have also proposed a timetable for phasing out ICE cars. Since the number of MLCCs used in electric vehicles is 6 times the number of MLCCs in ordinary cars, MLCCs are bound to be highly sought after. Hundreds of automakers need automotive MLCCs provided by only a few automotive MLCC suppliers, which inevitably leads to a tight supply of automotive MLCCs in the next two or three years. This is an important issue for any car that is ready for electric vehicle capacity expansion. It is a huge challenge vehicle for manufacturers, and even an impossible task for emerging car manufacturers, because leading MLCC suppliers will give priority to major car manufacturers. Finally, MLCCs from secondary suppliers may cause quality problems and huge maintenance costs.

1.1 Capacitor

1.1.1 Classification of capacitors

1.1.2 Comparison between capacitors

1.1.3 Market share trends of various capacitors

1.2 MLCC

1.2.1 Classification of MLCC

1.2.2 MLCC manufacturing process

1.2.3 MLCC model

1.2.4 MLCC Industry Chain

1.3 Development Trend

2.1 MLCC market

2.1.1 Global MLCC Shipments

2.1.2 Market structure

2.1.3 China's MLCC market size

2.2 MLCC capabilities and competition

2.2.1 Top Ten MLCC Suppliers

2.2.2 Competitive landscape

2.2.3 Market Share

2.2.4 Production expansion plans of major suppliers

2.2.5 Product distribution of major suppliers

2.2.6 Existence of major suppliers

2.3 MLCC price

2.4 MLCC of consumer electronics

2.4.1 MLCC-5G for consumer electronics

2.4.2 MLCC-product iteration of consumer electronics

2.4.3 MLCC-wearable for consumer electronics

2.5 Industrial MLCC

2.5.1 Industrial MLCC-5G base station

2.5.2 Industrial MLCC-Internet of Things

3.1 MLCC of the vehicle

3.1.1 The demand trend of MLCC in automobiles

3.1.2 MLCC-ADAS for automotive

3.1.3 MLCC for automobiles-new energy vehicles

3.1.4 AEC-Q200

3.2 Market scale of automotive MLCC

3.3 Competitive landscape

3.3.1 Product Layout

3.3.2 Production expansion plan

3.3.3 Participation of Chinese manufacturers

4.1 Murata Electronics

4.2 Samsung Electromechanical

4.3 TDK

4.4 Kyocera

4.5

4.6 KEMET

4.7 Huaxin Technology

4.8 Yageo

4.9 Sacred Stone

4.10 Fenghua Advanced Technology

4.11 Japan Chemical Industry Association

5.1 Sakai Chemical

5.2 Iron

5.3 Prosperity Dielectric Co., Ltd. (PDC)

5.4 Shandong Zhongci functional materials

5.5 Japan Chemical Industry Co., Ltd.

5.6 Shoes

5.7 Sumitomo Metal Industries

5.8 Shouwu

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As the world continues to deal with COVID-19 and the economy is in recession, under the influence of various unfavorable factors, the GDP of European and American countries experienced a historic contraction in the second quarter. At an annual rate, the US GDP fell by 32.9% month-on-month, while the overall GDP of the Eurozone fell by 12.1%.

In addition, under epidemic conditions, the economic prospects of Europe and the United States in the third quarter are not optimistic. The resumption of work and production not only brought back economic data, but also triggered a rebound in the epidemic. At present, the United States is still the "center" of the global epidemic. The total number of confirmed cases has exceeded 4.8 million, and the epidemic situation in some European countries has also rebounded. Affected by this, more than 20 states in the United States have announced the suspension or cancellation of some economic restart plans. Britain and Italy also decided to extend the state of emergency. The rebound of the epidemic poses a considerable risk to the economic prospects of Europe and the United States.

In the second quarter of this year, the U.S. GDP fell by 9.5% month-on-month, or 32.9% year-on-year, the largest decline since the 1940s. Data shows that the sharp decline in personal consumption was the main obstacle to US GDP growth in the second quarter.

Regal Intelligence's latest report on the electronic capacitor industry includes an analysis of the impact of COVID-19 on the global market. The report provides a market outlook for today’s market conditions, however, it is expected that major global suppliers will establish outstanding and acceptable marketing strategies. This electronic capacitor study has identified changing market factors that are expected to affect market growth. In addition, this report assesses market performance and key dynamic factors to help make informed business decisions.

Murata

TDK (EPCOS)

American Technical Ceramics

Payton

Visa

Panasonic Electronic Components

Rubycon Corporation

Toko

TE Connectivity AMP connector

American Chemistry Congress

Kemet

Hitachi AIC

Illinois Capacitor

Cornell Dubiere Electronics

Erna

King of the sun

Fenghua

Leiden

Buckwefarah

Sumida

Due to the market conditions of certain electronic capacitors, major players are expected to improve their marketing capabilities in the next two years. The report outlines what will reflect what is happening and how this change in the market will happen. In addition, the report also studies the upstream raw materials, downstream demand and output value of the main raw materials affected by market growth.

electronic product

Electronic equipment

other

Aluminum electrolytic capacitors

Tantalum Electrolytic Capacitor

Niobium Electrolytic Capacitor

Historical Record Year: 2015-2019 | Base Year: 2019 | Estimated Year: 2020 | Forecast Year 2020 to 2026

The global market for electronic capacitors is segmented according to product types, applications and regions. The analyst who drafted the report carefully evaluated each part mentioned. The segment conducts research based on its market share, revenue, regional growth, cost and revenue analysis, and other key factors. The segmentation study identified the rapid growth segmentation of electronic capacitors in the global market and understood how the market will grow during the forecast period.

All in all, the report introduces the key geographic areas, the competitive landscape in line with the demand and supply analysis, the market growth rate, and the future forecast for the forecast year. The report examined PESTLE's BCG and SWOT to assess market profitability and growth rate. The report also assists investors in investment feasibility analysis and income analysis. "

"

of

The research report provides an in-depth analysis of the latest developments, market size, conditions, upcoming technologies, market drivers, constraints, challenges, opportunities, regulatory policies, and major company profiles and strategies of major players. The research report includes new players in the global electronic capacitor market to understand current market conditions and upcoming market opportunities or challenges. The data required for the electronic capacitor market research report research is collected through various research tools (such as SWOT analysis, PESTAL analysis and Poster's five forces analysis).

The outbreak of the Covid-19 pandemic crisis in the global electronic capacitor market has had a significant impact on the infrastructure of the entire market in 2021. This pandemic crisis has affected various industries in various ways, such as supply chain disruption, manufacturing shutdown processes and manufacturing plants, all indoor incidents are restricted, more than forty countries have declared states of emergency, stock market fluctuations, and concerns about the future Uncertainty. This global electronic capacitor market research report covers a new survey on the impact of Covid-19 on the electronic capacitor market, which helps marketers find the latest market dynamics, new developments in the market and the industry. At the same time, this survey It also helps to form new business plans, product portfolios and subdivisions.

Aluminum electrolytic capacitors, tantalum electrolytic capacitors, niobium electrolytic capacitors

Electronic products, electrical equipment, other

• North America (United States, Canada, Mexico)

• Europe (Germany, UK, France, Italy, Russia, Spain and other parts of Europe)

• Asia Pacific (China, Japan, India, Russia and other regions in Asia Pacific)

•Latin America (Cuba, Brazil, Argentina and other parts of Latin America)

•Middle East and Africa (South Africa, Gulf Cooperation Council and other parts of the Middle East and Africa)

The electronic capacitor market research report provides complete analysis and evaluation data of the major players in the market, as well as the current and future conditions of these players in the market, and also considers the impact of the Covid-19 crisis. With SWOT analysis, Porter's five forces analysis and PESTEL analysis and other tools, you can collect the data required for the report research.

• Data on regions that provide open doors or future opportunities for the electronic capacitor market

• The report also provides data and forecast analysis on all business threats and the impact of Covid-19 on the growth of the electronic capacitor market

• The report also provides high-development solutions for the electronic capacitor market based on applications, types and regions

• Data about these market segments, which will attract the most significant attention in the electronic capacitor market in 2019 and beyond

• The report also provides data on major players in the global electronic capacitor market

Chapter One Industry Overview

1.1 Overview of Electronic Capacitor Market

1.1.1 Product range of electronic capacitors

1.1.2 Market status and outlook

1.2 Global Electronic Capacitor Market Size and Analysis by Region (2014-2019)

1.2.1 Status Quo and Prospect of North American Electronic Capacitor Market

1.2.2 Status Quo and Outlook of EU Electronic Capacitor Market

1.2.3 Current Status and Prospect of Japanese Electronic Capacitor Market

1.2.4 Status Quo and Prospect of China's Electronic Capacitor Market

1.2.5 Status Quo and Outlook of Indian Electronic Capacitor Market

1.2.6 Status Quo and Prospect of Southeast Asian Electronic Capacitor Market

1.3 Global Electronic Capacitor Market Segmentation by Type (2014-2026)

1.3.1 Comparison of Global Electronic Capacitor Revenue and Growth Rate by Type (2014-2026)

1.3.2 Global Electronic Capacitor Revenue Market Share by Type

1.3.3 Type1

1.3.4 Type 2

1.3.5 Other

other

1.4 Electronic Capacitor Market by End User/Application

1.4.1 Global Electronic Capacitor Revenue (Million USD) Comparison by Application (2014-2026)

1.4.2 Application 1

1.4.3 Application 2

Chapter 2 Global Electronic Capacitor Competition Analysis by Players

2.1 Global Electronic Capacitor Market Size by Players (Million USD) (2014-2019)

2.2 Competition status and trends

2.2.1 Market concentration

2.2.2 Product/service differences

2.2.3 New entrants

2.2.4 Future technology trends

Chapter 3 Company (Top Player) Introduction and Key Data

3.1 Company 1

3.1.1 Company Profile

3.1.2 Main business/business overview

3.1.3 Products, services and solutions

3.1.4 Company 1, Revenue of Electronic Capacitors (Million USD) (2014-2019)

3.1.5 Latest News

3.2 Company 2

3.2.1 Company Profile

3.2.2 Main business/business overview

3.2.3 Products, services and solutions

3.2.4 Company 2, Revenue of Electronic Capacitors (Million USD) (2014-2019)

3.2.5 Latest News

3.3 Company 3

3.3.1 Company Profile

3.3.2 Main business/business overview

3.3.3 Products, services and solutions

3.3.4 Company 3. Revenue of Electronic Capacitors (Million USD) (2014-2019)

3.3.5 Latest Development

And more...

Chapter 4 Global Electronic Capacitor Market Size Type (2014-2019)

4.1 Global Electronic Capacitor Market Size by Type (2014-2019)

Chapter 5 Global Electronic Capacitor Market Scale Application (2014-2019)

5.1 Global Electronic Capacitor Market Scale by Application (2014-2019)

5.2 Potential applications of electronic capacitors in the future

5.3 Top consumers/end users of electronic capacitors

Chapter 6 Development Status and Prospects of North American Electronic Capacitors

6.1 Market Scale of Electronic Capacitors in North America (2014-2019)

6.2 North American Electronic Capacitor Market Scale by Application (2014-2019)

Chapter 7 Development Status and Prospects of EU Electronic Capacitors

7.1 European Union Electronic Capacitor Market Scale (2014-2019)

7.2 European Electronic Capacitor Market Size by Application (2014-2019)

Chapter 8 Development Status and Prospects of Japanese Electronic Capacitors

8.1 Market Scale of Japanese Electronic Capacitors (2014-2019)

8.2 Japanese Electronic Capacitor Market Size by Application (2014-2019)

Chapter 9 Current Status and Prospects of China's Electronic Capacitor Development

9.1 China's electronic capacitor market scale and forecast (2014-2019)

9.2 China's Electronic Capacitor Market Scale by Application (2014-2019)

Chapter 10 Development Status and Prospects of Indian Electronic Capacitors

10.1 Indian Electronic Capacitor Market Scale and Forecast (2014-2019)

10.2 Indian Electronic Capacitor Market Size by Application (2014-2019)

Chapter 11 Development Status and Prospects of Southeast Asia Electronic Capacitors

11.1 Southeast Asia Electronic Capacitor Market Scale and Forecast (2014-2019)

11.2 Southeast Asia Electronic Capacitor Market Scale by Application (2014-2019)

Chapter 12 Market Forecast by Regions and Applications (2019-2026)

12.1 Global Electronic Capacitor Market Size (Million USD) by Region (2019-2026)

12.1. North American Electronic Capacitor Revenue and Growth Rate (2019-2026)

12.1.2 European Union Electronic Capacitor Revenue and Growth Rate (2019-2026)

12.1.3 China Electronic Capacitor Revenue and Growth Rate (2019-2026)

12.1.4 Japan Electronic Capacitor Revenue and Growth Rate (2019-2026)

12.1.5 Southeast Asia Electronic Capacitor Revenue and Growth Rate (2019-2026)

12.1.6 India Electronic Capacitor Revenue and Growth Rate (2019-2026)

12.2 Global Electronic Capacitor Market Size by Application (2019-2026)

Chapter 13 Electronic Capacitor Market Trends

13.1 Electronic capacitor market opportunity

13.2 Challenges and risks of electronic capacitors

13.2.1 Competition from opponents

13.2.2 Downside risks to the economy

13.3 Restrictions and Threats of the Electronic Capacitor Market

13.3.1 Alternative Threats

13.3.2 Government Policy

13.3.3 Technical risks

13.4 Market Drivers of Electronic Capacitors

13.4.1 Demand growth in emerging markets

13.4.2 Potential applications

Chapter 14 Analysis of Market Influencing Factors

14.1 Technological progress/risk

14.1.1 Alternatives

14.1.2 Technology Progress in Related Industries

14.2 Consumer demand trends/customer preferences

14.3 Changes in the external environment

14.3.1 Economic fluctuations

14.3.2 Other risk factors

Chapter 15 Research Findings/Conclusions

Chapter 16 Methodology and Data Sources

16.1 Methodology/Research Method

16.1.1 Research plan/design

16.1.2 Market size estimation

16.1.3 Market Segmentation and Data Triangulation

16.2 Data Source

16.2.1 Secondary sources

16.2.2 Main sources

16.3 Disclaimer

16.4 List of Authors

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