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Ocsial.Pdf 3.94 Мб graphene nanotubes for the global industry ИЗМЕНИТЬ ВСЕ МАТЕРИАЛЫ, СДЕЛАВ МИР СОВЕРШЕННЕЕ ОДНОСТЕННЫЕ УГЛЕРОДНЫЕ НАНОТРУБКИ: ПЕРВЫЙ УНИВЕРСАЛЬНЫЙ АДДИТИВ Благодаря исключительной электро- и теплопроводности, а также механическим свойствам одностенные углеродные нанотрубки могут использоваться как добавка, улучшающая характеристики большинства материалов, используемых в промышленности ЧТО ТАКОЕ SWCNT*? Одностенные углеродные нанотрубки представляют собой свернутый в трубку лист графена толщиной в один атом Диаметр Длина 1.6±4 nm >5µm Толщина стенки * Характеристики приводятся для TUBALL™ SWCNT 1 атом УНИКАЛЬНЫЕ Высокая проводимость Прочнее стали СВОЙСТВА SWCNT в 5 пять в 100 раз легче раз меди Термическая Отношение длины Благодаря сочетанию этих стабильность к диаметру свойств одностенные нанотрубки способны до более улучшать характеристики 2800 °C 3 000 раз материалов в вакууме СРАВНЕНИЕ АДДИТИВОВ: ПОРОГ ИЗМЕНЕНИЯ СВОЙСТВ ТЕХНИЧЕСКИЙ МЕТАЛЛИЧЕСКИЕ УГЛЕРОДНОЕ ГРАФЕН МНОГОСТЕННЫЕ УГЛЕРОД ФИЛЛРЫ ВОЛОКНО 1–6% НАНОТРУБКИ ОДНОСТЕННЫЕ 20–40% 15–35% 3–12% 0.5–5% НАНОТРУБКИ 0.001–0.01% Для улучшения целевых свойств требуются ультранизкие концентрации одностенных углеродных нанотрубок. Это не только сокращает издержки на производство, но также исключает негативное влияние на вязкость, цвет и другие важные характеристики исходного материала. СРАВНЕНИЕ МЕТАЛЛИЧЕСКИЕ УГЛЕРОДНЫЕ SWCNT АДДИТИВОВ: ФИЛЛЕРЫ ВОЛОКНА 3D СЕТЬ Справа изображены одинаковые ТОЛЬКО SWCNT СОЗДАЮТ концентрации ПРОВОДЯЩУЮ И АРМИРУЮЩУЮ 3D СЕТЬ, частиц (~0.1%) в ДАЖЕ ПРИ НИЗКИХ КОНЦЕНТРАЦИЯХ одинаковом объеме SWCNT* МОГУТ ИЗМЕНИТЬ МИРОВОГО РЫНКА МАТЕРИАЛОВ % ОБЪЕМОМ 70 ПРОИЗВОДСТВА $3 ТРЛН. * SWCNT – single wall carbon nanotubes НАШУ КОМАНДУ УЧЁНЫХ ВОЗГЛАВЛЯЕТ ОДИН ИЗ ВЕДУЩИХ ФИЗИКОВ МИРА Академик Российской Академии Наук, профессор. Изобретатель плазмохимического реактора и научный руководитель OCSiAl. Успешно реализовал ряд НИОКР для крупных международных корпораций, таких как: Hewlett Packard, Samsung, Air Products & Chemicals, etc. В штате OCSiAl – более 40 научных работников, в том числе кандидаты и доктора наук ПЕРВЫЕ SWCNT МАССОВОГО ПРОИЗВОДСТВА ПРОИЗВОДСТВЕННЫЕ УСТАНОВКИ GRAPHETRON GRAPHETRON 50 250 тонн/год Проектирование начато в 2017 году 50 тонн/год Завершается строительство GRAPHETRON 1.0 2020 10 тонн/год 2018 Прошел сертификацию по международной системе ISO 2014 В 2017 НА ДОЛЮ OCSiAl ПРИХОДИЛОСЬ МИРОВОГО ПРОИЗВОДСТВА 90 % SWCNT* * SWCNT – single wall carbon nanotubes ПРОГНОЗ МИРОВОГО ПОТРЕБЛЕНИЯ SWCNT* Тонн 7187 8,000 5450 6,000 4082 4,000 2598 2,000 1459 618 218 CAGR 6 27 140% 0 2017 2018 2019 2020 2021 2022 2023 2024 2025 * Источник: Прогноз потребления одностенных углеродных нанотрубок TUBALL™ в мире в 2017–2030 гг. МЕЖДУНАРОДНАЯ СЕРТИФИКАЦИЯ В ОБЛАСТИ БЕЗОПАСНОСТИ REACH EPA (Registration, Evaluation, Authorisation (Environmental Protection Agency) and Restriction of Chemicals) TUBALL™ включен в закрытый Первые и единственные SWCNT перечень Закона США о контроле прошедшие регистрацию за химическими веществами (29 сентября, 2016) (декабрь 2017 г.); Регистрационный номер TUBALL™ Номер PMN P-17-0257 01-2120130006-75-0000 Позволяет реализовывать Позволяет реализовывать до 25 тонн/год in USA до 10 тонн/год в странах Европы OCSiAl — первая компания, которой разрешена поставка крупных коммерческих партий SWCNT заказчикам в Европе, Северной Америке и на других ключевых рынках Transistors Composites TUBALL™: Transparent and integrated conductors circuits Lightning strike protection Field ПОТЕНЦИАЛЬНЫЕ emission Anti-icing Aircraft Memory devices coatings EMI braking Optical system shielding coatings switches coatings ПРИМЕНЕНИЯ Spintronics Flame-retardant materials Lead–acid battery Electronics Lithium-ion Polymer batteries Aerospace composites & aviation Supercapacitors ESD, EMI and RFI Energy paints Photovoltaics EMI shielding coatings Fuel cells Wear-resistant coatings pre-dispersed concentrate of single wall carbon nanotubes Automotive Gas Sensors Thermal barrier coatings separation & filtration Chemical Composites and gas sensors Wind turbine blade composites Biomedicine Radiation Polystyrene sensors composites Desalination membranes Polymers Sensor with EMI or RFI materials shielding capabilities for improving Biosensors IR detection Conductive Drug Gene composites delivery delivery Wound healing Medical device MRI contrast coatings agents FRET biosensors Источник: The Carbon Nanotubes, Graphene & 2D Materials Global Opportunity Report www.futuremarketsinc.com ЦЕНТР ПРОТОТИПИРОВАНИЯ: МЕСТО, ГДЕ СОЗДАЮТСЯ НОВЫЕ МАТЕРИАЛЫ, ПРОДУКТЫ И ТЕХНОЛОГИИ 300 ЕДИНИЦ БОЛЕЕ 110 6 ПРОМЫШЛЕННЫХ >200 ТОНН/ГОД ОБОРУДОВАНИЯ СОТРУДНИКОВ ТЕХНОЛОГИЙ ПРОИЗВОДИТЕЛЬНОСТЬ ПРОДУКТЫ OCSiAl На основе TUBALL™ OCSiAl создал линейку продуктов для различных индустрий POWER PAINTS AND RESINS AND TUBALL™ SOURCES ELASTOMERS COATINGS COMPOSITES PAPER НОВЕЙШИЕ РАЗРАБОТКИ: КОНЦЕНТРАТЫ НА ОСНОВЕ TUBALL™ Позволяют добиваться Улучшают Работают при Позволяют Простые в стабильного объемного механические ультранизких сохранять использовании, не сопротивления характеристики концентрациях яркие цвета требуют изменения 108–102 Ω·cm от 0.1% технологии ЭПОКСИДНАЯ СМОЛА, 201 203 ПОЛИУРЕТАН ФЕНОЛ 202 205 ПОЛИЭФИР, ВИНИЛЭФИР, 204 АКРИЛ, МЕЛАМИН 302 АКРИЛ СИЛИКОНЫ LSR, RTV И 601 602 605 HCR 603 ШИНЫ И РТИ …И МНОЖЕСТВО ДРУГИХ ПРИМЕНЕНИЙ Решения на основе Решения на основе TUBALL™ SWCNT для TUBALL™ SWCNT для АНТИСТАТИЧЕСКИХ КАБЕЛЬНЫХ ПОЛИУРЕТАНОВЫХ АКСЕСССУАРОВ ПОКРЫТИЙ Решения на основе Решения на основе TUBALL™ SWCNT для TUBALL™ SWCNT для АНТИСТАТИЧЕСКИХ МОТОЦИКЛЕТНЫХ PSA-ПЛЕНОК ШИН Решения на основе Решения на основе TUBALL™ SWCNT для TUBALL™ SWCNT для ЛИТИЙ-ИОННЫХ АККУМУЛЯТОРОВ ЛАТЕКСНЫХ ПЕРЧАТОК Решения на основе Решения на основе TUBALL™ SWCNT для TUBALL™ SWCNT для СТЕКЛОПЛАСТИКОВЫХ РОЛИКОВ ДЛЯ РЕШЕТОК ФЛЕКСОГРАФИЧЕСКОЙ ПЕЧАТИ НОВЫЙ МАТЕРИАЛ: СВЕРХЛЕГКИЙ, ПРОВОДЯЩИЙ И ПРОЧНЫЙ TUBALL™ PAPER Обладает уникальными свойствами: • Проводимость до 50 000 S/cm TUBALL™ PAPER • Прочность до 1.7 Gpa • Экранирующая способность до 80 dB • Вес в 10 раз меньше, чем у меди OCSiAl: КЛЮЧЕВЫЕ СОБЫТИЯ Ноябрь 2017 12 мая 2014 2015 2016 Октябрь 2016 Ноябрь 2016 Форум «Будущее материлов» & Первая публичная 2 офиса Начато строительство TUBALL™ прошел Подписан первый 3-й Съезд индустрии презентация (США, Корея) GRAPHETRON 50 регистрацию REACH контракт на 1 тонну Nanoaugmented materials TUBALL™ в Лондоне 1-й 717 2 контракт участников офиса на тонну 1 9 250 тонна офисов тонн 15 июня 2013 Май 2014 Декабрь 2015 2016 November 2016 Июнь 2017 Запуск Агентство Intertek Произведена 9 офисов 2-й Съезд индустрии Начато проектирование GRAPHETRON 1.0 сертифицировало первая тонна в 8 странах Nanoaugmented materials производственной TUBALL™ TUBALL™ 170 участников установки ПЕРЕГОВОРЫ В АКТИВНОЙ СТАДИИ 254 207 449 770 1 680 Total number of prospects ПАРТНЕРЫ И КЛИЕНТЫ БОЛЕЕ 450 КЛИЕНТОВ В 30 СТРАНАХ ОФИСЫ OCSIAL & ПРЕДСТАВИТЕЛИ / ДИСТРИБЬЮТОРЫ SWEDEN FINLAND NORWAY NOVOSIBIRSK MOSСOW CANADA DENMARK LUXEMBOURG GERMANY SEOUL GREECE SPAIN JAPAN ITALY TURKEY COLUMBUS SHANGHAI MUMBAI MOROCCO ISRAEL SHENZHEN TUNISA ALGERIA HONG KONG БОЛЕЕ THAILAND VIETNAM MALAYSIA SINGAPORE BRAZIL INDONESIA 350 NAMIBIA СОТРУДНИКОВ SOUTH AFRICA AUSTRALIA В14 СТРАНАХ Materials have evolved.
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