8 oktober 2018

1 augustus 2019

The SME from South Korea provides semiconductor materials and OLED materials, printed electronic materials. they have flexible substrate technology using their own developed silver nanowires and can mass-produce substrates based on roll-to-roll pilot facilities.
They are looking for partners to develop products using the silver nanowire ink and board with European partners to submit a proposal for Eureka or Eurostar2 program.

The SME from South Korea provides semiconductor materials and OLED materials, printed electronic materials. they have flexible substrate technology using own developed silver nanowires and can mass-produce substrates based on roll-to-roll pilot facilities. They are currently developing Flexible in Rigid electronic products.

Recently, interest in flexible displays and devices has increased, and silver nanowires are attracting attention as transparent electrode materials for replacing conventional ITO electrodes. Silver nanowires are capable of forming electrodes by a printing method that does not require a vacuum process, and research and development are being actively carried out as a cost-effective and flexible electrode material.

Based on production technology of silver nanowires, they have a roll-to-roll process technology applicable to mass production of silver nanowire ink and flexible substrates and are looking for partners to develop products using silver nanowire ink and board with European partners to submit a proposal for Eureka or Eurostar2 program.

Deadline for EOI: 1 August 2019
Deadline for Call: September 2019
Project duration: 104 weeks

Research cooperation agreement

Already on the market

Patents granted

Electronic Components
Printing and binding

Nanotechnologies related to electronics & microelectronics

- Silver nanowire has reduced the process time by 20% compared to existing companies and increased the yield through mass synthesis to secure price competitiveness.
-The irregular structure of the existing silver nanowire was reduced to a roughness of 2 nm or less by applying a delamination process.
- Possible to insert the optical collecting function and the light extracting function into the inside of the substrate.

Industry SME 50-249

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Korea, Republic of

• English