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Organic Electronics Market

Organic Electronics Market - Global Industry Analysis, Market Size, Share, Growth and Forecast 2012 - 2018

Multiple End-use Industries Utilizing Attractive Properties of Organic Materials for Several Low-cost and High-Performance Electronics

Organic electronics have been enormously researched upon for the making of wide range of optoelectronic and electronic devices. Electronics manufacturers have increasingly utilized the properties for a formidable array of electronic devices. Growing number of electronics companies have reaped vast revenue gains from the demand for devices and equipment based of organic electronics for diverse applications. Organic electronics technologies have been increasingly utilized in products that are used in consumer electronics, biomedical, and energy-harvesting applications. Industry players have modelled organic electronics for on-skin electronics and circuits, expanding the avenue in the organic electronics market.

Steady revenue growth has come from the use of organic electronics for organic light-emitting diodes (OLEDs), organic field-effect transistors (OFETs), and photovoltaics (PVs and OPVs). Commercialization of vacuum deposition techniques and emerging new deposition technologies have enabled the fabrication of current array of devices and next-gen devices, respectively, for various end-use industries. Thus, the organic electronics market is replete with opportunities and will continue to offer revenue growth to electronics manufacturers.

Advancements in Electrophoretic Technologies Bolstering Development of Organic Memory Devices

Salient optical and electronic attributes of organic electronics have intrigued businesses in the electronics and semiconductor industries. Of the various properties, fabricators have been particularly been showing interest in finding new ways of depositing these unconventional soft materials on ultrathin foldable, moldable, and bendable substrates. The aspect has opened several new frontiers in panel technologies, thus expanding the commercialization avenue in organic electronics market.

Advances in electrophosphorescence technology have led to an amazing increase in internal quantum efficiency of OLEDs. Several smart mobile devices manufacturers in the organic electronics market are capitalizing on this in order to grow their stakes in the electronics industry. A case in point is the benefits that the technologies has endowed to Samsung, a Korea-based globally prominent smartphone marker. Since the last decade, there has been some studies on assessing the efficiency of white phosphorescent OLEDs in lighting application. Opportunities in the electrophoretic segment are projected to advance at massive year-over-year growth over next few years.

Organic Light-emitting Diode (OLED) Displays Source of Massive Revenue Opportunities

OLEDs have been a lucrative technology with their massive use in spectrum of display applications in the organic electronics market. The OLED displays valuation was pegged at US$ 33.72 Bn in 2021.

Over the past few years, OLED display-equipped panels for TVs and smartphones have flooded the organic electronics market. OLEDs are extensively being harnessed in optoelectronic device applications. The popularity stems from their flexibility, conformability, and foldability. Besides, they are characterized by low energy investment and don’t pose any hazards when the constituent materialises disposed, all adding to their attractive environmental friendliness. A growing number of wearable manufacturers have found the technology effective due to these benefits, thus growing their dollar spend on the R&D in the organic electronics market. Manufacturers of organic electronic semiconductors are looking for niche areas and untapped markets to grow their shares, since OLEDs are likely to mature in certain markets. In this regard, there is a growing interest in leveraging OLEDs for lighting applications.

Some of the other lucrative application segments in the organic electronics market are logic and memory, printed batteries, organic radio frequency identification tags (ORFID), and organic sensors.

Asia Pacific to Witness New Revenue Streams in Near Future

Asia Pacific has been a highly lucrative region in the global organic electronics market. The regional market has gained impetus from low-cost manufacturing of semiconductor. Additionally, commercialization of next-gen displays for smart consumer devices in the region has propelled the revenue potential of the market. Manufacturers are geared toward reducing the cost of manufacturing of OLED, mainly through adopting encapsulations and substrates that are inexpensive. Strides in electronic and photonic technologies are extending the horizon in the Asia Pacific organic electronics market.

Some Key Players in Organic Electronics Market

Some of the prominent companies in the organic electronics market are Polyic, Novaled GmbH, H.C. Starck, Sumitomo, Heliatek, Fujifilm Dimatix Inc., Evonik, BASF, Baer Material Science AG, and AGC Seimi Chemical Co. Ltd.

Global Organic Electronics Market, by Application

  • Display Market
  • Organic Lighting Market
  • Logic and Memory
  • Organic Radio Frequency Identification Tags (ORFID)
  • Organic Sensors
  • Organic Photovoltaic
  • Printed Batteries Market

Global Organic Electronics Market, by Region

  • U.S.
  • Europe
  • Asia Pacific
  • Rest of the World

    1. Introduction

        1.1. Report Description

        1.2. Methodology

    2. Executive Summary

    3. Organic Electronics Market

        3.1. Evolution Of Organic Electronics

        3.2. Roadmap For Organic Electronics Applications

        3.3. Organic Electronics Market Size By Segment, 2012-2018

            3.3.1. Drivers

                3.3.1.1. Increasing Application Areas

                3.3.1.2. Increasing Investments In Organic Electronics Worldwide

                3.3.1.3. Increasing Adoption Coupled With Declining Prices

                3.3.1.4. Improvement In Performance

                3.3.1.5. Government Support And Initiatives

            3.3.2. Challenges

                3.3.2.1. Improvement In The Materials

                3.3.2.2. Improvement In The Processes

                3.3.2.3. Lifetime Of Devices

            3.3.3. Opportunities

        3.4. Value Chain Analysis

        3.5. Organic Electronics Application 2012 Vs 2018

        3.6. Leadership: By Value-added Chain

        3.7. Leadership Position By Application

        3.8. Organic Electronics Geographic Snapshot

        3.9. Market Potential Vs Entry Barrier For Organic Electronics Market

        3.10. Favorability For Global Organic Electronics Market By Product Type

        3.11. Key Success Factors

        3.12. Porter’s Analysis For Organic Electronics Market

            3.12.1. Bargaining Power Of Supplier

            3.12.2. Bargaining Power Of Buyer

            3.12.3. Rivalry Among Existing Competitors

            3.12.4. Threat Of New Entrants

            3.12.5. Threat Of Substitute Products Or Services

    4. Organic Electronics Market By Application

        4.1. Overall Organic Electronics Market, 2012-2018, (Usd Million)

        4.2. Display Market

            4.2.1. Market Overview And Recent Developments

            4.2.2. Display Market, 2012-2018 (Usd Million)

            4.2.3. Development Of Organic Display Generations Over Time

            4.2.4. Organic Light Emitting Diodes (Oled) Display Market

                4.2.4.1. Oled Display Market, 2012-2018 (Usd Million)

                4.2.4.2. Oled Display Market Share, By Geography

                4.2.4.3. Shares Of Manufacturers In Global Oled Display Shipment

                4.2.4.4. Oled Display Market Share, By End Product

                4.2.4.5. Oled Display Market Size, By End Product

                4.2.4.6. Pricing Trend In Oled Displays

                4.2.4.7. Drivers

                    4.2.4.7.1. Oled Technology Benefits

                    4.2.4.7.2. Support For Green Products Worldwide

                    4.2.4.7.3. Rising Oled Application In Mobile Phones And Signage

                    4.2.4.7.4. Demand Of Oled Tvs

                4.2.4.8. Restraints

                    4.2.4.8.1. High Manufacturing Costs

                    4.2.4.8.2. Low Penetration Rate Of Technology

                    4.2.4.8.3. Declining Prices Of Competing Technologies

                4.2.4.9. Oled Vs. Lcd Technology

                4.2.4.10. Recent Developments In Oled Market

                4.2.4.11. Swot Analysis For Oled Displays

            4.2.5. Electrophoretic Market Size, 2012-2018 (Usd Million)

            4.2.6. Other Display Market Size, 2012-2018 (Usd Million)

        4.3. Organic Lighting Market

            4.3.1. Organic Lighting Market Size, 2012-2018

            4.3.2. Development Of Oled Lighting Product Generations Over Time

            4.3.3. Adoption Parameters For Oled

            4.3.4. Oled Lighting Market Share, By Geography

            4.3.5. Oled Lighting Market Landscape

            4.3.6. Swot Analysis For Organic Lighting

        4.4. Logic And Memory

            4.4.1. Logic And Memory Market Size, 2012-2018 (Usd Million)

            4.4.2. Drivers

                4.4.2.1. Low Cost Of The Memories

                4.4.2.2. Integration With Other Product

            4.4.3. Challenges

            4.4.4. Development Of Logic And Memory Generations Over Time

        4.5. Organic Radio Frequency Identification Tags (Orfid)

            4.5.1. Organic Rfid Market Size, 2012-2018 (Usd Million)

            4.5.2. Market Drivers And Recent Trends

            4.5.3. Organic Rfid Market Share: By Geography, 2016

            4.5.4. Development Of Printed Rfid Generations Over Time

            4.5.5. Swot Analysis For Organic Rfid

        4.6. Organic Sensors

            4.6.1. Organic Sensors Market Size, 2012-2018

            4.6.2. Market Drivers And Recent Trends

            4.6.3. Market Challenges

            4.6.4. Market Opportunities For Organic Sensors Market

            4.6.5. Market Shares Of Organic Sensors By Application, 2018

            4.6.6. Development Of Organic Sensors Generations Over Time

            4.6.7. Swot Analysis For Organic Sensors

        4.7. Organic Photovoltaics (Opv)

            4.7.1. Organic Photovoltaics Market Size, 2012-2018

            4.7.2. Drivers

            4.7.3. Challenges

            4.7.4. Development Of Organic Photovoltaics Generations Over Time

            4.7.5. Swot Analysis For Organic Photovoltaics

        4.8. Printed Batteries Market

            4.8.1. Organic Battery Market Size, 2012-2018

            4.8.2. Development Of Printed Battery Generations Over Time

            4.8.3. Swot Analysis For Organic Battery

    5. Organic Electronics Market: By Geography

        5.1. Market Overview

            5.1.1. Organic Electronics Market Size: By Geography

            5.1.2. Organic Electronics Market: Growth Trend By Geography, 2012-2018

        5.2. U.s. Market

            5.2.1. Drivers

            5.2.2. Challenges And Opportunities

        5.3. Europe Market

            5.3.1. Market Drivers And Recent Trends

            5.3.2. Challenge

            5.3.3. Opportunities

            5.3.4. European Organic Electronics Market Share By Type, 2016

        5.4. Asia-pacific Market

            5.4.1. Drivers

            5.4.2. Opportunities

        5.5. Row (Rest Of The World)

    6. Competitive Landscape

        6.1. Market Overview

        6.2. Organic Electronics Market Players By Service Offerings, 2011

        6.3. Recent Developments

    7. Company Profile

        7.1. basf

            7.1.1. Company Overview

            7.1.2. Segment Overview

            7.1.3. Business And Corporate Level Strategy

        7.2. evonik

            7.2.1. Company Overview

            7.2.2. Financial Overview

            7.2.3. Segment Overview

            7.2.4. Growth Strategies

        7.3. merck

            7.3.1. Company Overview

            7.3.2. Segment Overview

            7.3.3. Financial Overview

            7.3.4. Growth Strategies

        7.4. novaled

            7.4.1. Company Overview

            7.4.2. Growth Strategy

            7.4.3. Financial Overview

        7.5. heliatek

            7.5.1. Company Overview

            7.5.2. Growth Strategy

        7.6. polyic

            7.6.1. Company Overview

            7.6.2. Segment Overview

            7.6.3. Growth Strategy

            7.6.4. Recent Developments

        7.7. sumitomo

            7.7.1. Company Overview

            7.7.2. Segment Overview

            7.7.3. Growth Strategy

        7.8. agc Seimi Chemical Co., Ltd.

            7.8.1. Company Overview

            7.8.2. Segment Overview

            7.8.3. Financial Overview

        7.9. h.c. Starck

            7.9.1. Company Overview

            7.9.2. Segment Overview

        7.10. bayer Materialscience Ag

            7.10.1. Company Overview

            7.10.2. Segment Overview

            7.10.3. Growth Strategy

        7.11. fujifilm Dimatix, Inc.

            7.11.1. Company Overview

            7.11.2. Segment Overview

    List Of Tables

    Table 1: Organic Electronics Market Size By Segment, 2012-2018 (Usd Million)

    Table 2: Development Of Organic Display Generations Over Time

    Table 3: Pricing Trend Of Oled Screens

    Table 4: Impact Analysis Of Oled Market Drivers Over A Period Of Time

    Table 5: Impact Analysis Of Oled Market Restraints Over A Period Of Time

    Table 6: Development Of Oled Lighting Product Generations Over Time

    Table 7: Development Of Logic And Memory Generations Over Time

    Table 8: Development Of Printed Rfid Generations Over Time

    Table 9: Development Of Organic Sensors Generations Over Time

    Table 10: Development Of Organic Photovoltaics Generations Over Time

    Table 11: Development Of Printed Battery Generations Over Time

    Table 12: Annual Statement Of Basf In 2011 (Usd Billion Except Eps)

    Table 13: Annual Statement Of Evonik In Usd Billion (Except Eps)

    Table 14: Market Segment Of Merck In Usd Million (2007-2011)

    Table 15: R&d Expenditure By Merck In 2011(Usd Million)

    Table 16: Annual Statement Of Merck In Usd Billion (Except Eps)

    Table 17: Annual Statement Of Novaled In Usd Million (Except Eps)

    Table 18: Annual Statement Of Sumitomo In Usd Billion

    Table 19: Annual Statement Of Agc Seimi Chemicals Co. Ltd. In Usd Billion

    List Of Figures

    Fig. 1: Roadmap For Organic Electronics Applications

    Fig. 2: Value Chain Analysis

    Fig. 3: Organic Electronics Application 2012 Vs 2018

    Fig. 4: Leadership: By Value-added Chain

    Fig. 5:leadership Position: By Application

    Fig. 6: Organic Electronics Market Share By Geography 2011 (%)

    Fig. 7: Market Potential For Organic Electronics Market

    Fig. 8: Favorability For Global Organic Electronics Market By Product Type

    Fig. 9: Key Success Factors

    Fig. 10: Porter’s Analysis For Organic Electronics Market

    Fig. 11: Overall Organic Electronics Market, 2012-2018, (Usd Million)

    Fig. 12: Organic Display Market, 2012-2018 (Usd Million)

    Fig. 13: Oled Display Market, 2012-2018 (Usd Million)

    Fig. 14: Oled Displays Market Share, By Geography 2011 (%)

    Fig. 15: Oled Displays Shipment Share, By Manufacturer 2011 (%)

    Fig. 16: Oled Displays Market Share, By End Product 2011 (%)

    Fig. 17: Oled Displays Market Size, By End Product 2012 To 2018

    Fig. 18: Oled Vs Lcd Technology

    Fig. 19: Swot Analysis For Oled Displays

    Fig. 20: Electrophoretic Market Size, 2012-2018 (Usd Million)

    Fig. 21: Other Display (Electrochromic & Electroluminescent) Market Size, 2012-2018 (Usd Million)

    Fig. 22: Organic Lighting Market Size, 2012-2018

    Fig. 23: Oled Lighting Market Share, By Geograpgy (%)

    Fig. 24: Current And Future Production By Manufacturers

    Fig. 25: Swot Analysis For Organic Lighting

    Fig. 26: Logic And Memory Market Size, 2012-2018 (Usd Million)

    Fig. 27: Organic Rfid Market Size, 2012-2018 (Usd Million)

    Fig. 28: Rfid Applications: Price Vs Number Of Units

    Fig. 29: Organic Rfid Market Share: By Geography, 2016

    Fig. 30: Swot Analysis For Organic Rfid

    Fig. 31: Organic Sensors: Market Size, 2012-2018

    Fig. 32: Global Standard Sensor Market, 2011-2016 (Usd Billion)

    Fig. 33: Organic Sensors Market Shares By Application, 2018

    Fig. 34: Swot Analysis For Organic Sensors

    Fig. 35: Organic Photovoltaics Market Size, 2012-2018

    Fig. 36: Swot Analysis For Organic Photovoltaics

    Fig. 37: Organic Battery Market Size, 2012-2018

    Fig. 38: Swot Analysis For Organic Battery

    Fig. 39: Organic Electronics Market: By Geography, 2012-2018 (Usd Million)

    Fig. 40: Organic Electronics Market: Growth Trend By Geography, 2012-2018 (Usd Million)

    Fig. 41: The U.s. Market Size, 2012-2018 (Usd Million)

    Fig. 42: European Market Size, 2012-2018 (Usd Million)

    Fig. 43: Asia-pacific Market Size, 2012-2018 (Usd Million)

    Fig. 44: Row Organic Electronics Market Share By Type, 2016

    Fig. 45: Organic Electronics Market Players By Service Offerings

    Fig. 46: Basf Business Segment Market Share In 2011

    Fig. 47: Basf Performance Products Segment Market Share In 2011

    Fig. 48: Basf Chemicals Segment Market Share In 2011

    Fig. 49: Basf Product Sale By Geography In 2011

    Fig. 50: Basf Expenditure On R&d By Segment In 2011

    Fig. 51: Evonik Market Share By Segment In 2011

    Fig. 52: Evonik Market Share By Geography In 2011

    Fig. 53: Merck Market Share By Segment In 2011

    Fig. 54: Merck Market Share By Geography In 2011

    Fig. 55: Sumitomo Market Share By Segment In 2011

    Fig. 56: Sumitomo Market Share By Geography In 2011

    Fig. 57: Agc Seimi Chemicals Co. Ltd. Market Share By Segment In 2011

    Fig. 58: Agc Seimi Chemicals Co. Ltd. Market Share By Geography In 2011

    Fig. 59: Bayer Materialscience Ag Market Share By Geography In 2011

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Organic Electronics Market

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