Flexible Electronics Materials Companies

Competitive Landscape of Flexible Electronics Materials Market

The flexible electronics materials market has attracted a diverse cast of players vying for dominance. This burgeoning battlefield demands a closer look at the adopted strategies, market share influencers, and rising stars shaping the competitive scenario.

Some of the Flexible Electronics and Materials companies listed below:

• DuPont


• BASF


• Merck Kgaa


• ALTANA AG


• LG Partnership


• Samsung Hardware


• Cymbet Enterprise


• Fujifilm Dimatix


• Hewlett Packard


• Sun-powered Boondocks

Strategies Adopted by Key Players:

• Innovation Blitz: Leading players like Samsung, DuPont, and E Ink are locked in a race to develop novel materials with superior flexibility, conductivity, and durability. Investments in research & development fuel breakthroughs like ultra-thin polymer semiconductors and biocompatible organic sensors, expanding the application landscape.


• Acquisition Arsenal: Mergers and acquisitions are another weapon in the competitive arsenal. Established players like Dow Chemical's acquisition of Rohm and Haas expand their product portfolio and geographical reach, while smaller players like Blue Spark Technologies leverage strategic partnerships to access crucial resources and expertise.


• Vertical Integration Gambit: Integrating vertically down the supply chain offers cost advantages and control over material quality. Companies like Merck KGaA are consolidating production of substrates and printing inks, while LG Display invests in organic light-emitting diode (OLED) production facilities, securing a direct line to end markets like wearables and smart displays.


• Regional Rivalry: The geographical landscape sees Asia-Pacific, led by China and Japan, dominating the market with over 55% share. However, North America remains a lucrative battleground, with players like Corning and 3M capitalizing on strong domestic demand for high-performance materials. Europe, with its focus on sustainable and biocompatible materials, presents a unique growth opportunity.

Decoding Market Share Dominance:

• Material Mix: The type of material employed plays a crucial role. Semiconductor materials, especially organic semiconductors, are projected to experience the highest growth due to their adaptability and suitability for printed electronics. Advanced substrates like PI films and PEN offer superior flexibility and thermal stability, attracting major players.


• Application Arena: The diverse applications drive segmentation, with wearables, medical devices, and automotive emerging as key battlegrounds. Players cater to specific application needs, for example, medical-grade biocompatible polymers for bio-integrated devices or ultra-thin, high-brightness OLEDs for foldable displays.


• Manufacturing Prowess: Efficient and scalable manufacturing processes are critical for cost competitiveness. Companies invest in roll-to-roll printing technologies and advanced deposition techniques to ensure high throughput and quality control.

New Entrants and Rising Stars:

• Start-up Surge: Young companies like Plastic Logic and Kovio are shaking up the landscape with innovative materials and disruptive technologies. Plastic Logic's unbreakable, ultra-thin displays and Kovio's stretchable electronics for health monitoring are examples of game-changing advancements.


• Academia Ascending: University research labs are fertile ground for groundbreaking discoveries. Collaborations between academia and industry players accelerate the commercialization of promising materials like graphene and nanocomposites, further diversifying the competitive landscape.


• Sustainable Champions: The growing focus on sustainability opens doors for new entrants developing bio-based and biodegradable materials. Companies like SuSoS Materials and BASF are pioneering novel polymer formulations that address concerns about e-waste generation.

Latest Company Updates:

On Oct. 02, 2023- FUJIFILM Corporation announced the completion of its acquisition of an electronic chemicals business, Entegris, Inc. The new business will be rebranded as FUJIFILM Electronic Materials Process Chemicals, part of Fujifilm's growth strategy to further position the business as a leader in semiconductor materials manufacturing.

The acquisition adds a comprehensive product lineup in electronic chemicals, employees, and 12 additional sites, including seven manufacturing locations across the US, Europe, and Singapore. One of which will be Fujifilm's first electronic materials manufacturing site in Southeast Asia. The addition of these sites will spread Fujifilm's electronic materials manufacturing footprint.

On Aug. 10, 2023- An EU-funded project led by a Spanish R&D institute, Ciditec, was announced to develop metal-free electronic components from bio-derived adhesives, conductive inks, and flexible substrates. Thereby reducing the dependency on finite resources such as scarce metals and unsustainable materials used to build conductive circuits in electronic devices.

On Mar.28, 2023- Panasonic introduced a new thermoset stretchable film polymer substrate, BEYOLEX, for printed electronics (PE). Developed, based on the proprietary non-silicone thermoset polymer chemistry, this novel material features softness, conformability, high-temperature resistance, and ultra-low permanent deformation after stretching.

The stretchable film is 100 microns thick, delivered on a high-temperature polyethylene naphthalate (PEN) carrier for mechanical stability during processing and a thin PET or polyester coversheet for protection. Panasonic researchers developed this material at the Electronic Materials laboratory in Osaka, Japan.

On Mar.16, 2023- FUJIFILM Electronic Materials, USA, Inc. announced key sustainability initiatives to increase its sustainable business practices, such as solar panel installation and water conservation measures. The company recycles most production waste into secondary markets at its Mesa facility. Instead of disposing of these materials, they are used and reused in various manufacturing or production processes.