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FPD/PCB NEWS`July 5
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The new plant will start trial operations in February 2024, and the production capacity is planned to be increased by 50% from the current level. |
FPD/PCB NEWS`June 30
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SDK and SK Materials, which is an in-house independent company of SK Incorporated and produces high-purity gases for semiconductors, will start to give consideration to a plan to cooperatively produce high-purity gases for semiconductors in North America. In the global market for high-purity gases for semiconductors, SDK has the top share of the etching gas market, and SK Materials has the top share of the cleaning gas market and deposition gas market. Thus, the two leading companies in the high-purity gas industry are now aiming to expand their business in the US cooperatively. |
FPD/PCB NEWS`June 29
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FPD/PCB NEWS`June 28
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SDK and Microwave Chemical will aim to develop a technology that decomposes used plastic containers and packaging by irradiating microwave, thereby producing basic chemical feedstock such as ethylene and propylene. By the end of this year, the two companies will study conditions for formation of product through microwave heating, search for catalysts to improve the yield of targeted components, and try to optimize conditions and processes for decomposition to establish basic technology. |
FPD/PCB NEWS`June 21
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By integrating Idemitsu Kosan's newly developed proprietary poly-crystalline oxide semiconductor material and JDI's proprietary backplane technology, the new Poly-OS semiconductor contributes significantly to improving display performance by achieving both high mobility and low off-leak current on Gen 6 mass production lines. Poly-OS can also be deployed to large-size Gen 8 lines and above, significantly reducing display manufacturing costs. |
FPD/PCB NEWS`May 31
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This facility will function as a site to demonstrate above mentioned products to customers and to initiate and to promote the development of new solutions for analytical system products via collaborative activities at the closer location to its design and development base. |
FPD/PCB NEWS`May 19
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FPD/PCB NEWS`May 16
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The Company plans to acquire land and buildings located in the vicinity of the Company's Tsukuba Research Laboratory for the No.2 Tsukuba Research Laboratory, which is scheduled to begin operations in January 2023. Slated to engage in research and development in the healthcare field with a focus on developing medical materials and diagnostic reagents, as well as in environmental field related to carbon neutrality, several of the functions of the Tsukuba Research Laboratory will be transferred to the No.2 Research Laboratory. Meanwhile, the existing Tsukuba Research Laboratory will concentrate on research and development in the electronics field with a focus on next-generation semiconductor related materials, while maintaining its dental material research and development function as led by Tokuyama Dental Corporation. |
FPD/PCB NEWS`May 12
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Construction of the new building is scheduled to start in spring 2023 for completion in spring 2025. Construction cost is approx. 47 billion yen. |
FPD/PCB NEWS`May 10
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SID Display Week is an international conference hosted by the Society for Information Display, with participation by display-related companies from around the world. 2022 marks the 59th Display Week, and the 8th occasion on which DNP has participated. |
FPD/PCB NEWS`April 22
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Toray applied high-density composite film design technology cultivated by the development of sputtered film, and fast vapor deposition technology for barrier film in food packaging and other applications. By doing so, the company attained a high barrier performance, delivering a water vapor transmission rate of 10-3 g/m2¥day which is equivalent to levels from sputtered and chemical vapor deposited film. Deposition with this super high barrier vapor deposited film is more than 100 times faster than with regular sputtering, at a more than 80% lower cost. Toray's new film is also very transparent and flexible, making it ideal for flexible devices and solar cells. |
FPD/PCB NEWS`April 14
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A sustainable biofuel made from organic waste materials powered the St Helens glass manufacturer's furnace entirely for four days, creating 165,000 sq ft of the lowest carbon float glass ever made. The fuel emits circa 80% less CO2 than traditional natural gas used in the sector. The trial forms part of a 7.1 million GBP project led by industry research and technology organisation Glass Futures, working under the Department for Business, Energy and Industrial Strategy's Energy Innovation Programme. It aims to demonstrate that the furnace could run safely at full production on the low-carbon fuel without impacting product quality. |
FPD/PCB NEWS`April 1
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Total floor area is approximate 24,200 m2. In the building, semiconductor manufacturing equipment including coater/developers and surface preparation systems are developed and manufactured. Construction is scheduled to start in spring 2023 for completion in fall 2024. |
FPD/PCB NEWS`March 31
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FPD/PCB NEWS`March 30
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JDI's new OS-TFT technology generates high-mobility oxide semiconductors (HMO), which have 2X the field-effect mobility of conventional OS-TFTs, and ultra-high mobility oxide semiconductors (UHMO), which have 4X higher field-effect mobility than conventional OS-TFT. UHMO's field-effect mobility on G6 mass production line is 52cm2/Vs, an extraordinarily high level. More broadly, HMO enables the same level of on-current flow as LTPS-TFT, while maintaining low off-leak current.
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FPD/PCB NEWS`March 28
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OPD that Toyobo is developing can be manufactured in a simpler method, in which an organic photoelectric conversion material is dissolved in a solution and then coated on a glass or plastic substrate. This reduces production costs and associated environmental impacts, compared with those of conventional photodiodes. Furthermore, the use of films and other flexible materials as a substrate allows greater freedom in shaping target components, broadening the range of photosensor applications and opening the door to extensive use in various industries. Toyobo has been developing a diverse range of organic materials by harnessing its sophisticated organic synthesis technologies. Since 2019, Toyobo and CEA have conducted joint research on a power-generating material for organic photovoltaics. Moreover, since 2020, Toyobo and CEA have been jointly developing an organic photoelectric conversion material for photosensors, which are indispensable for IoT. This research has culminated in a prototype OPD module with excellent sensitivity capable of detecting weaker light than silicon photodiodes already on the market can detect. Specifically, this prototype attained one of the world's lowest levels of dark current, or below 10-9A/cm2 when subjected to the voltage of -5V, the benchmark for commercial application. In a joint verification with CEA, Toyobo's photoelectric conversion material was confirmed to have the same level of dark current when coated on either a glass substrate or polyethylene terephthalate (PET) film substrate. |
FPD/PCB NEWS`March 25
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Nikon utilized and optimized the technologies that have been accumulated through the development of the FPD lithography system FX-68SH/68S (released in 2016), which is suitable for the production of high-definition small and medium-sized panels, and the FPD lithography system FX-103SH/103S (released in 2017), which is suitable for the production of large TV panels. The FPD lithography system FX-88S was developed to support the production of various high-definition panels. |
FPD/PCB NEWS`March 24
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Optical elastic resingSVRhfrom Dexerials is a liquid, UV curable acrylic resin that is used to fill in the air gap between a display panel's display area and a top plate. It is an optical clear resin (OCR/LOCA), which prevents reflection on the interface of the air gap and improves the visibility and shock resistance when it is given optical characteristics similar to those of the top plate material. The optical elastic resin jSVR, which was commercialized this time, correspond to inkjet coating. It thus enables optical bonding with the high-precision coating of chosen points with the appropriate amount of resin. This ensures greater workability and facilitates the coating of displays in special shapes, which have notches and punch holes for cameras and sensors. In addition,jSVR permits the precise, continuous control of coating thickness. This means it can be used for 3D-shaped displays with uneven thickness, such as curved displays, for which the use of optical clear adhesive tapes with even thickness was difficult. |
FPD/PCB NEWS`March 17
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The new printheads provide high image quality and productivity by utilizing high-precision technology. They feature a wide range of ink compatibility and improved durability through enhanced nozzle surface abrasion resistance. Ricoh has also improved system compatibility by applying separate cables and high-precision surface alignment features. |
FPD/PCB NEWS`March 9
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