Conductive Polymers Market Size to Reach Revenues of over $6 Billion by 2025 | 3M, PolyOne Corporation, Agfa Gevaert, DowDuPont, Covestro AG

Conducting polymers market, also known as intrinsically conductive polymers or ICPs, are electroactive in nature, and have the ability to add characteristics such as superior mechanical flexibility, high thermal stability and optical property to various industrial components. Based on conduction mechanism, the conductive polymers market can be categorized into conducting polymer composites such as ABS (Acrylonitrile Butadiene Styrene), nylon, PVC ( polyvinylidene chloride), PC (polycarbonates), PP (polypropylene), as well as inherently conductive polymers including PEDOT (Poly(3,4-ethylenedioxythiophene) polystyrene sulfonate, PPy (Polypyrrole), PPV (Polyphenylene vinylenes) and PANI (Polyaniline).

Conductive polymers market is a class of organic materials that possess the optical and electrical properties of both semiconductors and metals. These polymers witness a vast application scope across industrial activities, owing to beneficial characteristics such as conductive ability, easy synthesis and low cost, among others.

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The superior conductive properties of these materials make them an integral class for a wide application scope including for electrochromic displays, sensors, energy storage and electronic and photovoltaic devices, to name a few.

Rising demand for anti-static packaging solutions will drive conductive polymers market expansion
The demand for anti-static packaging solutions has witnessed a significant surge in recent years, particularly for the storage of items such as network cards, PCBs (printed circuit boards) and other electronic circuitry components that are susceptible to damage from ESD (electrostatic discharge). ESD is among the most prominent causes of damage to various sensitive electrical components. In fact, studies suggest that up to 33% losses and damages occurring in electronics and electrical products are due to electrostatic discharge.

In light of this, anti-static bags and other packaging are rapidly emerging as a suitable solution for packaging, transporting and storing ESD-sensitive items, ranging from sophisticated electronics to military-grade components.

ICPs demonstrate robust potential in the development of anti-static packaging materials, mainly due to their chemical diversity, easy handling, low processing costs, biocompatibility and tunability, among other optoelectronic and mechanical features. As opposed to conventional polymer materials that are used for packaging and insulation functions in the plastics domain, conjugated polymers enable the passage of electricity, owing to the alternating double and single bonds among the carbon atoms that make up their structure.

Key Point Of TOC:

Chapter 7. Company Profiles

7.1. 3M
7.1.1. Business overview
7.1.2. Financial data
7.1.3. Product landscape
7.1.4. SWOT analysis
7.1.5. Strategic outlook

7.2. PolyOne Corporation
7.2.1. Business overview
7.2.2. Financial data
7.2.3. Product landscape
7.2.4. SWOT analysis
7.2.5. Strategic outlook

7.3. Agfa Gevaert
7.3.1. Business overview
7.3.2. Financial data
7.3.3. Product landscape
7.3.4. SWOT analysis
7.3.5. Strategic outlook

7.4. DowDuPont
7.4.1. Business overview
7.4.2. Financial data
7.4.3. Product landscape
7.4.4. SWOT analysis
7.4.5. Strategic outlook

7.5. Covestro AG
7.5.1. Business overview
7.5.2. Financial data
7.5.3. Product landscape
7.5.4. SWOT analysis
Continue….

Rapid integration of conductive polymers in lightweight automotive components will serve as a major trend propelling industry growth

Manufacturers in the automotive domain are making targeted efforts towards the development of autonomous, electric and hybrid vehicles in recent years. Lightweighting is rapidly emerging as a core part of these efforts and has now transcended beyond its basic functions like emission reduction and fuel efficiency. Automotive engineers in the modern era are shifting their focus towards lightweight materials in order to enhance manufacturability, design and overall performance of machined and molded automotive parts.

Advancements in polymer technology are adding support to these lightweighting efforts, giving engineers a plethora of lighter options for automotive applications such as under hood and drivetrain components.

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The research team, which consists of scientists from prominent nations across the globe, including Germany, US, China and Japan, among others, have successfully combined two polymers to create a conducting ink that does not require doping in order to conduct electricity. The polymers possess matching energy levels, which allows the spontaneous transmission of chargers from one material to another. Given that this conductive polymer technology is free from doping, it demonstrates more stability over time and is thus suitable for various demanding applications, including thermoelectric applications, close-body and wearable electronics, solar cells, and light emitting diodes, among other electronic components.

In essence, while the industrial application scope of conjugated polymers is still an area of interest for active research, the increasing commercialization of polymers with robust conductivity properties and the growing dependence of various electronic and electric components on such materials is likely to pave the way for rapid advancement for the industry in the years ahead.

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