Nitta Corp. (TYO:5186) recently held a ceremony to mark the start of construction for an eighth building at its Nara Plant. Construction of the new building is set to be finished by the end of March 2023 for a total cost of 650 million yen ($4.81 million), with operations then beginning in June. The building will be used for production...
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Rubber manufacturer Asahi Rubber Inc. has worked with a partner to develop silicone rubber with cup-stacked carbon nanotubes (CSCNTs) dispersed throughout, creating a material that combines high conductivity with optimal hardness. Following a long period of demonstration testing, the new material is set to be used in auto parts that remain usable even under harsh outdoor conditions, and will start...
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Nitta Corp. (TYO:5186) has received a product and technology award for its Namd project as part of the 2020 SAMPE Awards from SAMPE Japan, the Japanese arm of the Society for the Advancement of Material and Process Engineering (SAMPE) Based in the U.S., SAMPE focuses primarily on technologies relating to materials, their processing and their application, aiming here to contribute...
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Nitta Corp. (TYO:5186) recently revealed that it has received a technology award for its Namd project, which oversees technology for dispersing the company’s carbon nanotubes (CNTs) and depositing them evenly onto carbon fibers. Engaged largely in the manufacture of industrial belts and other such rubber products, Nitta received this award as part of a fiscal 2021 conference of the Japan...
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Zeon Corp. (TYO:4205) has used single-walled carbon nanotubes (CNTs) to develop a masterbatch that significantly improves the conductivity of silicone rubber. Compounds using this new masterbatch are being targeted toward use in medical equipment that can help limit the symptoms of Parkinson’s disease and similar conditions. Zeon is pursuing joint research here alongside Novation Solutions LLC (NovationSi), a U.S.-based manufacturer...
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The National Institute of Advanced Industrial Science and Technology (AIST) has worked with the University of Tokyo to develop a rubber composite material that offers heat conductivity on par with that of metal. This was achieved by dispersing two kinds of carbon fiber – specifically carbon nanofiber (CNF) and carbon nanotubes (CNTs) – as fillers throughout polyrotaxane, a type of...
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