Conductive Polymers Market: Information by Type (Acrylonitrile-Butadiene-Styrene [ABS], Polycarbonates, Polyphenylene-Polymer [PPP]-Based Resins), Application (Capacitors, Anti-Static Packaging, Batteries) and Region Global Forecast till 2030

Conductive Polymers Market Synopsis:

According to the latest research report, the global conductive polymers market size is expected to grow significantly during the forecast period. Conductive polymers are some kind of polymer which is capable of conducting electrical current. Such polymers were lighter, low-cost plastics that, when driven by energy, compress, twist, or protrusion in various directions. These polymers have metallic conductance and may thus be employed as semiconductors in specific applications. These polymers are widely employed in a variety of applications, including solar cells, cells, antistatic packaging, capacitors, actuators, textiles, sensors, and organic transistors, among many others. The requirement for conductive polymers in the abovementioned applications is increasing, which is a significant driver driving the expansion of the worldwide conductive polymers market. 

Furthermore, increased consumer knowledge about the need to protect electronic equipment from electrostatic discharges and radio interference is likely to influence market development in the coming years positively. Furthermore, the rising spending power of people in developing markets has increased the development of electronic products, which adds to the overall income of the worldwide market. Furthermore, the rising mobile phone market throughout the world, along with numerous government attempts to computerize the economy, is also contributing to market expansion. Apart from that, because of the widespread usage of lighter materials in the vehicle sector to improve fuel economy, PPP-based polymers and ABS have become more popular as wire and cable insulation materials.

This report contains all the information on the global conductive polymers market analysis and its strengths. In addition, the report also includes the culmination of dynamics, segmentation, key players, regional analysis, and other essential factors. And a detailed analysis of the global conductive polymers market forecast for 2030 is also included in the report.

 Covid 19 Analysis

The COVID-19 outbreak had an extraordinary influence on global businesses and economic development, and it continues to have an impact today. The epidemic has had the most significant impact on major markets worldwide, such as the United States, China, India, Brazil, and Germany. This issue has impacted every level of the conductive polymer distribution chain. All governments throughout the globe have implemented trade embargoes and quarantines in order to prevent the transmission of the coronavirus from spreading.

Market Dynamic

Drivers

Electrical goods, such as televisions, cell phones, and computers, are expected to increase in popularity. Adapting to new lifestyles, increasing consumer incomes, and easier access to finances, the need for electronics from householders is expected to expand. These polymers are becoming more popular in the end-user sectors because of their significant benefits, such as reduced costs, more excellent performance, lighter weight than metal, and superior mechanical qualities. Antistatic packaging & coatings, actuators, and sensors all employ conductive polymers that will experience growing demands in the electronic sector because of fast advancements in technology and increased output.

Opportunities

Aside from that, current research into the use of these polymers in biomedical applications like synthetic biology, wound repair, regenerative medicine, and other areas will present good potential for the conductive polymers market growth.

Restraints

The poorer thermal conductivity of polymers compared to traditional materials like ceramics and metals is the most significant factor impeding the development of the global conducting polymers industry in the short term.

Challenges

Manufacturers' dependence on crude oil costs is projected to continue to be a source of the difficulty. In addition, industry players are expected to relocate their manufacturing facilities to the region as a result of improvements in the electronics sectors of japan, china, and South Korea, according to projections.

Cumulative Growth Analysis

In addition, ongoing research and development operations to produce new conductive polymers which will allow the electronic sector to build efficient and reliable electronic circuits will continue to see significant conductive polymers market value during the predicted period. Examples include a stable and high polymer ink developed by scientists from the Linköping University of Sweden in working collaboratively in the United States and South Korea in April 2021. The innovative n-type material makes it easier to produce the next-generation printable digital equipment under development. Moreover, the novel substance is more eco-sustainable than other natural conductors that are already in use in the electronics industry.

In 2020, the revenue produced by actuator and sensor applications was expected to be over $474 million. Sensors rely on signal transducers made from conductive polymers. Sensing technology has a number of factors, such as delicacy, selection, and reaction time, that must be considered. However, polymers have had the edge over their inorganic materials because of their chemical and structural variety, which allows them to achieve excellent specificity and sensitivity. In addition, polymers' toughness above other materials, as well as low-temperature production and processing, make these polymers ideal for use in applications such as medical implants. Consequently, conductive polymers are indeed a viable alternative to traditional sensor technologies.

Value Chain Analysis

According to the reports, the worldwide conductive polymers industry has been split into three categories: product type, application, and geographic location. The market has been segmented based on product type into the following categories: intrinsically conductive polymers (ICP), acrylonitrile-butadiene-styrene (ABS), polyphenylene-polymer (PPP)-based resins, polycarbonates, nylon, and others. Depending on the application, the market has been split into solar energy, capacitors, actuators and sensors, antistatic packaging, batteries, and other categories.

Segmentation Overview

The market is segmented based on product type, application, and geographic location. As a result, the global conductive polymers market trends are expected to witness decent growth during the forecast period.

By Application

The application is segmented into solar energy, capacitors, actuators and sensors, antistatic packaging, batteries, and others based on the application.

By end-users

The market is segmented into intrinsically conductive polymers (ICP), acrylonitrile-butadiene-styrene (ABS), polyphenylene-polymer (PPP)-based resins, polycarbonates, nylon, and others based on the propulsion types.

Global Conductive Polymers Market Share, by Product Type

 

Source: MRFR Analysis

Regional Analysis

According to the reports, the conductive polymers market has been classified into Europe, Latin America, Asia-Pacific, North America, and the Middle East and Africa. Apart from the middle east and Africa, all the above mentioned nations are the most developed areas. However, Asia-Pacific is predicted to be the biggest market during the projection timeframe, with a considerable compound annual growth rate. Due to the increasing GDP in the area, the car industries of India, China, and Japan have seen rapid expansion. Consequently, conductive polymers are being used in wire hoses and motor boxes, among many other applications. 

Furthermore, in order to minimize reliance on oil imports, authorities are pushing the use of lighter materials in the transport industry, which is projected to result in an increase in the usage of ABS and PPP-based resins in the transportation industry. In addition, the expansion of the electronics sector in the area, particularly in China and Japan, is also contributing to the development of the conductive polymers sector in the region.

Competitive landscape

Over the long term, industry participants are concentrating on mergers and acquisitions, product design, research, and development spending, as well as strategic alliances and joint venture initiatives.

Major Key Players

• 3M Company,


• AGFA-Gevaert NV,


• Celanese Corporation,


• Covestro AG,


• Henkel AG & Co. KGaA,


• Heraeus Holding GmbH,


• Polyone Corporation,


• Saudi Arabia Basic Industries Corporation,


• Solvay SA, and


• The Lubrizol Corporation.

Report Overview

The following report comprises of –

• Market overview 


• Covid 19 Analysis


• Market Dynamic


• Drivers


• Opportunities


• Restraints 


• Challenges


• Cumulative Growth Analysis


• Value Chain Analysis


• Segmentation Overview 


• By Application 


• By End-Users


• Regional Analysis


• Competitive landscape

Recent Developments

September 2021-AVX Corporation, a renowned developer of innovative electronic components, control, antenna and sensor solutions, launched its latest TCO Series automotive-grade, high-temperature polymer chip capacitors, rated for functioning in temperatures of at least 150°C category voltage while meeting with the requirements of the AEC-Q200 Stress Test Qualification for Passive Components. This ensures the products’ stable functioning at 85% relative humidity, 85°C temperature, along with rated voltage for around 1,000 hours.
Based on the company’s TCQ Series automotive polymer capacitors, this TCO Series chip capacitors line has been developed in an IATF-16949-certified unit, featuring high-quality J-lead constructions containing conductive polymer electrodes, tantalum pentoxide (Ta2O5) dielectrics, and tantalum anodes.

August 2021-Avient Corporation announces liquid toner technology’s launch for polycarbonate (PC) resins, ColorMatrix Optica. ColorMatrix Optica for the PC toners exhibit impressive visual clarity, color dispersion as well as color consistency in transparent PC resins. These retain the transparent properties while preventing unwanted color shifts toward greens and yellows.

By Conduction Mechanism

• Conducting polymer composites




• ABS conductive polymer composites


• PC conducting polymer composites


• PVC conducting polymer composites


• PP conducting polymer composites


• Nylon conducting polymer composites


• Other conductive polymer composites




• Inherently conductive polymers




• Polyaniline (PANI)


• Polypyrrole (PPy)


• Polyphenylene vinylenes (PPV)


• PEDOT


• Other inherently conductive polymers

By Application

• Anti-static packaging & coating


• Capacitors


• Actuators & sensors


• Batteries


• Solar cells


• Electroluminescence


• Printed circuit board


• Others

By Region

• North America




• U.S.


• Canada




• Europe




• Germany


• UK


• Italy


• Spain


• France


• Russia




• Asia pacific




• China


• India


• Japan


• Indonesia


• Malaysia


• South Kore


• Australia




• Latin America




• Brazil


• Mexico




• Middle East & Africa




• Saudi Arabia


• UAE


• South Africa


• Kuwait

Report Scope:

Report Attribute/Metric	Details
Market Size	2030 : Significant Value
CAGR	2022-2030 : Substantial CAGR
Base Year	2021
Forecast Period	2022 to 2030
Historical Data	2019 & 2020
Forecast Units	Value (USD Million)
Report Coverage	Revenue Forecast, Competitive Landscape, Growth Factors, and Trends
Segments Covered	Type, Applications
Geographies Covered	North America, Europe, Asia-Pacific, and Rest of the World (RoW)
Key Vendors	Covestro AG (Germany), 3M (U.S.), Celanese Corporation (U.S.), Solvay (Belgium), PolyOne (U.S.), SABIC (Saudi Arabia), Heraeus Holding (Germany), Premix (U.S.), MacDermid (U.S.), and Hyperion Catalysis International (U.S.)
Key Market Opportunities	Increasing consumer awareness regarding the shielding of electronic devices from electrostatic discharge and radio frequency interference The growing purchasing power in emerging economies
Key Market Drivers	The growing demand in the aforementioned applications Growing smartphone market The extensive use of lightweight materials Growing adoption of conductive polymers

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