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Earlier, CLAP, a leading company in the display accessories and sensor industry in South Korea, and BASF, a global chemical company, signed a technology transfer contract for Organic Semiconductor InkSet in Seoul, South Korea
.
Following the signing of a liquid crystal material-based optical thin film technology (Patterned Retarder) transfer contract with BASF in June this year, through the signing of the Organic Semiconductor InkSet technology transfer contract, CLAP will once again consolidate the display accessories and sensor industries.
rights and the status of material technology companies
.
BASF sold the original patent rights for Organic Semiconductor InkSet, developed over 15 years, to CLAP and transferred the material's production technology at the same time
.
Organic Semiconductor InkSet material technology enables semiconductor circuits to be fabricated using a simple coating process at atmospheric pressure
.
In addition, OTFT (Organic Thin Film Transistor) made of Organic Semiconductor InkSet material has low off-leakage current (Low off Leakage current) and fast bias stress recovery (Fast bias stress) compared with inorganic-based Oxide TFT recovery) characteristics
.
CLAP will realize the commercialization of FOD (Fingerprint On Display) sensors for flexible displays in a short period of time by combining BASF's liquid crystal optical film technology and Organic Semonductor InkSet technology
.
Based on FOD Module shipments, FOD screen fingerprints are expected to increase from 200 million units in 2019 to 600 million units in 2023, and the market will triple
.
CLAP CEO Jin Xinghu said: "Using liquid crystal optical film technology and Organic Semiconductor InkSet technology can realize the commercialization of a full-scale FOD sensor with more than two finger fingerprint sewing.
The commercialization
of this flexible display FOD will provide fingerprint recognition security in the mobile phone market.