World Nanomaterials - The Freedonia Group
CLICK TO VIEWINDUSTRY MARKET RESEARCH FOR BUSINESS LEADERS, STRATEGISTS, DECISION MAKERSTable of Contents 2List of Tables & Charts 3Study Overview 5Sample Text, Table& Chart 6photo: Cees Dekker group at TU DelftSample Profile, Table &Forecast 7Order Form & CorporateUse License 8About Freedonia,Custom Research,Related Studies, 9World NanomaterialsIndustry Study with Forecasts for 2016 & 2021Study #2871 May 2012 6100 488 pagesThe Freedonia Group767 Beta Drivewww.freedoniagroup.comCleveland, OH 44143-2326 USAToll Free US Tel: 800.927.5900 or 1 440.684.9600Fax: 1 440.646.0484E-mail: info@freedoniagroup.com
Study #2871May 2012 6100488 PagesWorld NanomaterialsIndustry Study with Forecasts for 2016 & 2021Table of ContentsExecutive SummaryMarket EnvironmenTGeneral.4World Economic Overview.5Recent Historical Trends.6World Economic Outlook.7World Per Capita GrossDomestic Product. 11World Personal Consumption& Expenditure Trends. 13World Population Trends. 15World Manufacturing Outlook. 17World Electronics Overview. 18World Construction Overview. 20World Health Expenditures Outlook. 24Nanotechnology Overview. 28Definitions. 29Nanomaterials Overview. 30Size. 31Conventional Materials. 33New Materials. 34Research & Development Spending. 35European Union. 36United States. 37Japan. 40Other. 40Environmental & Regulatory Issues. 43World Nanomaterial Demand. 45MATERIALS OVERVIEWGeneral. 49Metal Oxides. 53Silica. 55Aluminum Oxide/Hydroxide. 57Titanium Dioxide. 59Zinc Oxide. 61Iron Oxide. 62Other Metal Oxides. 64Chemicals & Polymers. 66Nanopharmaceuticals. 67Liposomes. 69Other Chemicals & Polymers. 71Metals. 73Nanotubes. 76Multi-Wall Nanotubes. 79Single-Wall Nanotubes. 80Other Nanomaterials. 82Conventional Materials. 83Clays. 84Minerals & Ceramics. 85New Materials. 86Fullerenes. 87Quantum Dots. 89Dendrimers. 90Graphene. 93All Other. 94MARKETS OVERVIEWGeneral. 96Health Care. 99Pharmaceuticals. 101Therapeutic Agents. 104Drug Delivery Systems. 105Other Health Care. 109Electronics. 112Semiconductors. 114Displays. 116Other Electronics. 117Energy Generation & Storage. 120Construction. 122Paints & Coatings. 124Glass. 126Flooring. 128Other Construction. 129Other Markets. 131Personal Care Products. 132Textiles. 134Packaging, Paper, & Printing. 135Machinery. 137Motor Vehicles. 139Aerospace & Defense. 141All Other. 142THE AMERICASOverview. 145Nanomaterial Demand. 148United States. 151Canada. 159Brazil. 165Mexico. 170Other Americas. 175WESTERN EUROPEOverview. 182Nanomaterial Demand. 184Germany. 187United Kingdom. 195France. 202Italy. 209Other Western Europe. 214ASIA/PACIFICOverview. 221Nanomaterial Demand. 223Japan. 226China. 237Click here to purchase onlinePage Taiwan. 243South Korea. 249Australia. 255India. 261Other Asia/Pacific. 266OTHER REGIONSEastern Europe. 273Overview. 273Nanomaterial Demand. 275Russia. 277Other Eastern Europe. 283Africa/Mideast. 288Overview. 288Nanomaterial Demand. 290Suppliers. 292INDUSTRY STRUCTUREGeneral. 295Participants. 296Pure Play Companies. 298Materials Producers/End Users. 299Cooperative Agreements. 300Acquisitions & Divestitures. 309Competitive Strategies. 312Research & Development. 313United States. 314Japan. 316Western Europe. 317Other Regions. 319Manufacturing. 322Marketing & Distribution. 324Company ProfilesA123Systems Incorporated. 327Abbott Laboratories. 327Access Pharmaceuticals. 328Advance Nanopower. 329Advanced Nano Products. 329Air Products and Chemicals. 330Akzo Nobel. 331Alkermes plc. 332Almatis GmbH. 333Altair Nanotechnologies. 334ALTANA AG. 336AMAG Pharmaceuticals. 337AMCOL International. 338American Dye Source. 340ApNano Materials. 340Applied Nanotech. 341Applied Sciences. 342Argonide Corporation. 343Arkema SA. 344Arrowhead Research. 345(continued on following page)Order now, click here!
Study #2871May 2012 6100488 PagesWorld NanomaterialsIndustry Study with Forecasts for 2016 & 2021Table of ContentsCompany Profiles(continued from previous page)BASF SE. 346Bayer AG. 351BioDelivery Sciences International. 353Biophan Technologies. 354BuckyUSA. 355Bühler AG. 355Cabot Corporation. 357Carbon Nano-material Technology. 359Carbon Solutions. 359Catalytic Materials. 360Celgene Corporation. 361Cima NanoTech. 363Clariant International. 364CNano Technology. 365Companhia Vale do Rio Doce. 366Competitive Technologies. 366Cristal Global. 367CritiTech Incorporated. 367Croda International. 368Crystalplex Corporation. 369CSEM SA. 369CytImmune Sciences. 370Danaher Corporation. 371Dendritech Incorporated. 372Dow Chemical. 373Dow Corning. 374DuPont (EI) de Nemours. 375Eastman Kodak. 377Eikos Incorporated. 378Electrovac Hacht & Huber. 379Elementis plc. 379Ener1 Incorporated. 380eSpin Technologies. 381Evident Technologies. 382Evonik Industries. 383Ferro Corporation. 383Flamel Technologies. 384Frontier Carbon. 385Fujimi Incorporated. 386Fujitsu Limited. 387General Electric. 387Hanwha Chemical. 389Helix Material Solutions. 390Honjo Chemical. 390Horsehead Corporation. 391Hosokawa Micron. 392Hybrid Plastics. 393Hyperion Catalysis International. 394Indium Corporation. 395Industrial Science & Technology Network 396Inframat Corporation. 396InMat Incorporated. 397Integran Technologies. 398Intrinsiq Materials. 400Ishihara Sangyo. 401Kemira Oy. 401Kobo Products. 402LANXESS AG. 403Life Technologies. 405LiftPort Group. 406Luna Innovations. 406Mach I Incorporated. 407Materials and Electrochemical Research. 408Mayaterials Incorporated. 409Mersana Therapeutics. 409Molecular Nanosystems. 410n-TEC AS. 411Nanmat Technology. 412Nano-C LLC. 412Nano-Tex LLC. 413NanoBioMagnetics. 414Nanobiotix SA. 415NanoCarbLab. 416NanoCarrier Company. 416Nanocerox Incorporated. 417Nanoco Technologies. 418Nanocomp Technologies. 418Nanocs Incorporated. 419Nanocyl SA. 420NanoFilm Limited. 421Nanogate AG. 422NanoHorizons Incorporated. 423NanoLab. 423NanoMas Technologies. 424NanoMaterials Technology. 425Nanophase Technologies. 426NanoScale Corporation. 428NanoSonic Incorporated. 429Nanospectra Biosciences. 429Nanosys Incorporated. 430Nanotailor Incorporated. 431Nanotherapeutics Incorporated. 431Nanothinx SA. 432NaturalNano Incorporated. 433NEI Corporation. 433NexTech Materials. 434Nikkiso Company. 435Nissan Chemical. 435NovaCentrix Corporation. 436Nyacol Nano Technologies. 437OM Group. 437PharmaSol GmbH. 438PPG Industries. 439QuantumSphere Incorporated. 439Raymor Industries. 440Rockwood Specialties. 441Russian Corporation ofNanotechnologies. 444Click here to purchase onlinePage Sakai Chemical. 444Salvona LLC. 445SES Research. 446Shin-Etsu Chemical. 446Showa Denko. 447Silence Therapeutics. 448SkyePharma plc. 448SouthWest NanoTechnologies. 449Starpharma Holdings. 450Sumitomo Osaka Cement. 451Sun Nanotech. 452Swan (Thomas) & Company. 452Tayca Corporation. 453Teijin Limited. 454Teva Pharmaceutical. 455Toray Industries. 456Tronox Incorporated. 457Umicore NV/SA. 458UT Dots. 459Vorbeck Materials. 459Wisepower Company. 460Xerox Corporation. 462Xintek Incorporated. 463Other Companies Mentionedin the Study. 464-488List of Tables/ChartsExecutive Summary1 Summary Table.3Market EnvironmenT1 World Gross DomesticProduct by Region. 112 World Per Capita Gross DomesticProduct by Region. 133 World Personal ConsumptionExpenditures. 154 World Population. 165 World Manufacturing Value Added. 186 World Electronic Product Shipments. 207 World Construction Expenditures. 248 World Health Expenditures. 289 Nanomaterials: Size Comparisonwith Other Objects. 31Cht Surface Area-to-Volume Comparison. 3210 World NanotechnologyGovernment R&D Spending. 3611 World NanomaterialDemand by Region. 47Cht World Nanomaterial Demandby Region, 2016. 48(continued on following page)Order now, click here!
Study #2871May 2012 6100488 PagesWorld NanomaterialsIndustry Study with Forecasts for 2016 & 2021List of Tables/Charts(continued from previous page)MATERIALS OVERVIEW1 World NanomaterialDemand by Type. 52Cht Share of Nanomaterial Demandby Type, 2001-2021. 522 Metal Oxide NanomaterialDemand by Region. 553 Chemical & Polymer NanomaterialDemand by Region. 674 Metal NanomaterialDemand by Region. 76Cht Carbon Nanotube. 775 Nanotube Demand by Region. 796 Other NanomaterialDemand by Region. 83Cht Fullerene. 88Cht Dendrimer. 91MARKETS OVERVIEW1 World NanomaterialDemand by Market. 98Cht Share of Nanomaterial Demandby Market, 2001-2021. 992 Health Care Marketfor Nanomaterials. 1013 Electronics Marketfor Nanomaterials. 1144 Energy Generation & StorageMarket for Nanomaterials. 1225 Construction Marketfor Nanomaterials. 1236 Other Markets for Nanomaterialsby Region. 132THE AMERICAS1 The Americas: Key Indicatorsfor Nanomaterial Demand. 1482 The Americas: NanomaterialDemand by Type & Market. 150Cht The Americas: NanomaterialDemand by Country, 2011. 1513 United States: Key Indicatorsfor Nanomaterial Demand. 1534 United States: NanomaterialDemand by Type & Market. 1565 Canada: Key Indicators forNanomaterial Demand. 1616 Canada: Nanomaterial Demandby Type & Market. 1637 Brazil: Key Indicators forNanomaterial Demand. 1668 Brazil: Nanomaterial Demandby Type & Market. 1699 Mexico: Key Indicators forNanomaterial Demand. 17210 Mexico: Nanomaterial Demandby Type & Market. 17411 Other Americas: Key Indicatorsfor Nanomaterial Demand. 17712 Other Americas: NanomaterialDemand by Type & Market. 180WESTERN EUROPE1 Western Europe: Key Indicatorsfor Nanomaterial Demand. 1842 Western Europe: NanomaterialDemand by Type & Market. 186Cht Western Europe: NanomaterialDemand by Country, 2011. 1873 Germany: Key Indicators forNanomaterial Demand. 1894 Germany: Nanomaterial Demandby Type & Market. 1915 United Kingdom: Key Indicatorsfor Nanomaterial Demand. 1976 United Kingdom: NanomaterialDemand by Type & Market. 2007 France: Key Indicators forNanomaterial Demand. 2048 France: Nanomaterial Demandby Type & Market. 2079 Italy: Key Indicators forNanomaterial Demand. 21110 Italy: Nanomaterial Demandby Type & Market. 21311 Other Western Europe: Key Indicatorsfor Nanomaterial Demand. 21512 Other Western Europe: NanomaterialDemand by Type & Market. 218ASIA/PACIFIC1 Asia/Pacific: Key Indicatorsfor Nanomaterial Demand. 2232 Asia/Pacific: NanomaterialDemand by Type & Market. 225Cht Asia/Pacific: NanomaterialDemand by Country, 2011. 226Click here to purchase onlinePage 3 Japan: Key Indicators forNanomaterial Demand. 2284 Japan: Nanomaterial Demandby Type & Market. 2315 China: Key Indicators forNanomaterial Demand. 2396 China: Nanomaterial Demandby Type & Market. 2427 Taiwan: Key Indicators forNanomaterial Demand. 2458 Taiwan: Nanomaterial Demandby Type & Market. 2489 South Korea: Key Indicatorsfor Nanomaterial Demand. 25110 South Korea: NanomaterialDemand by Type & Market. 25411 Australia: Key Indicators forNanomaterial Demand. 25712 Australia: Nanomaterial Demandby Type & Market. 25913 India: Key Indicators forNanomaterial Demand. 26214 India: Nanomaterial Demandby Type & Market. 26515 Other Asia/Pacific: Key Indicatorsfor Nanomaterial Demand. 26816 Other Asia/Pacific: NanomaterialDemand by Type & Market. 271OTHER REGIONS1 Eastern Europe: Key Indicatorsfor Nanomaterial Demand. 2752 Eastern Europe: NanomaterialDemand by Type & Market. 2773 Russia: Key Indicators forNanomaterial Demand. 2794 Russia: Nanomaterial Demandby Type & Market. 2825 Other Eastern Europe: Key Indicatorsfor Nanomaterial Demand. 2856 Other Eastern Europe: NanomaterialDemand by Type & Market. 2877 Africa/Mideast: Key Indicatorsfor Nanomaterial Demand. 2908 Africa/Mideast: NanomaterialDemand by Type & Market. 292INDUSTRY STRUCTURE1 Selected Cooperative Agreements. 3052 Selected Acquisitions& Divestitures. 311Order now, click here!
Study #2871May 2012 6100488 PagesWorld NanomaterialsIndustry Study with Forecasts for 2016 & 2021Gains will be driven by increased market penetration of existing materials -- such as nanotubes,nanoclays and quantum dots -- and ongoing development of new materials and applications.World demand for nanomaterials will risemore than two-and-a-half times to 5.5billion in 2016 driven by a combination ofincreased market penetration of existingmaterials, and ongoing development ofnew materials and applications. Nanotubes, along with other materials such asnanoclays and quantum dots, will growat the fastest pace.World Nanomaterial Demand( 5.5 billion, 2016)Asia/Pacific35%China, India to see mostrapidly growing demandThe high-value nature of nanomaterialshas concentrated demand in wealthiercountries where the majority of researchand development occurs, and wheremany companies continue to manufacture their most technologically advancedproducts due to concerns about intellectual property rights in developing countries. Through 2016, however, the fastestgrowth in nanomaterial demand will be inChina and India as these countries gaina greater share of global research anddevelopment spending, and as largemultinational corporations becomeincreasingly comfortable allowing theirmost advanced products to be made inthese manufacturing powerhouses.Energy, construction to befastest growing marketsThe energy storage and generationmarket and the construction market willexpand at the fastest paces through2016. However, this primarily reflects theWestern Europe20%All Other 5%limited historical penetration of nanomaterials in these markets. As pricescontinue to fall and material propertiescontinue to improve, both markets willoffer significant opportunities for expansion. Growth in the electronics market, incontrast, while still robust, will trail allother markets. The electronics sectorwas one of the first to experiencesignificant penetration of nanomaterials,and consequently demand in this marketis already quite high. The long termoutlook for nanomaterial demand inelectronics remains quite bright, though.It will benefit as the semiconductorindustry confronts the limits of dimensionscaling on silicon by the developmentand use of new materials such asgraphene in semiconductor chip design.Click here to purchase onlinePage United States40%photo: University of NebraskaWorld demand to reach 5.5 billion in 2016The largest market in 2011 was thehealth care market, due primarily to theuse of nanocrystalline active pharmaceutical intermediates to improve bioavailability and system uptake. Significantopportunities remain as many pharmaceuticals still have not been convertedinto a nanocrystalline form, and the useof nanocomposites to produce advancedmedical devices remains in its infancy.Significant opportunities for marketexpansion will also exist in many smallermarkets such as aerospace and defense, packaging, personal care products, and sports equipment. However, apotential restraining factor in many ofthese markets will be growing concernabout the environmental impact andtoxicity of nanomaterials.Copyright 2012 The Freedonia Group, Inc.Order now, click here!
Study #2871May 2012 6100488 PagesWorld NanomaterialsIndustry Study with Forecasts for 2016 & 2021Sample Text,Table & ChartTABLE VII-4JAPAN: NANOMATERIAL DEMAND BY TYPE & MARKET(million dollars)Item2001 2006 2011 2016 2021Gross Domestic Product (bil 2010 ) 3982 4280 4245 4590 4895 nano/mil GDP183567 146 388markets overviewNanomaterial Demand72 150 285 670 1900By Type:Paints & CoatingsMetal Oxides59 110 150 275 500Demand for nanomaterials in paint and coating products is expectedChemicals & Polymers372270 180to expand at a strong pace through 2016. Paint and similar productsMetals61750 125 350will be among the first significant commercial outlets for nanomaterialsNanotubes31253 180 670in construction, and are expected to remain the largest market forthe Other Materials141020 200foreseeable future. Paint offers considerable promise as a market forBy Market:nanomaterials. This is in part because paint is used in so many typesofHealth Care51434 100 255construction projects, and because nanomaterials can be used for severalElectronics5495 145 270 590reasons -- including antimicrobial activity, ultraviolet light protection,Energy Generation & Storage-32055 200and abrasion resistance. For the purposes of this study, constructionConstruction361030 145paints are defined to include paint and coatings applied onsite at build Other Markets103276 215 710ings and other structures. Factory-applied coatings are not included.sampletablesampletextNanomaterials can be used to dramatically enhance the performanceproperties of paints. The incorporation of inorganic nanoparticles helpsto create a much harder and more hydrophilic surface. This makes itmore difficult for dirt to stick to the surface. Because the paint’s mineralcontent is higher than in traditional paints, it is much slower to burn.Additionally, color retention is enhanced.It is likely that industrial maintenance coatings will become moresignificant users of nanomaterials, mainly because the performanceadvantages offered by nanomaterials are more critical in harsher environments, when the protection of expensive equipment is needed, or whenCHART III-1coating failure would be a costlier proposition. Industrial NanoTech hasdeveloped a wide array of brush-on and spray-on products. In contrastOF NANOMATERIAL DEMAND BY TYPE, 2001-2021to strictly decorative paints, these products, such as NANSULATE, SHAREareused for functional reasons such as insulation or waterproofing.100%In the architectural segment, nanomaterials will enter the marketfirst in higher-end products, such as those for which performance 80%expectations are sufficiently high to justify aditional cost. For example, Behr124samplechart60% Group, Inc.Copyright 2012 The Freedonia40%20%0%20012006M et al O xid esClick here to purchase onlinePage 2011C h em icals & P o lym ers2016M et alsN an o t u b es2021O t h erOrder now, click here!
Study #2871May 2012 6100488 PagesWorld NanomaterialsIndustry Study with Forecasts for 2016 & 2021Sample Profile,Table & ForecastTABLE VII-3JAPAN: KEY INDICATORS FOR NANOMATERIAL DEMAND(billion 2010 dollars)Item2001 2006 2011 2016 2021Population (million persons) 127.1 127.7 127.5 126.3 124.6per capita GDP 31330 33520 33290 36340 39290Gross Domestic Product 3982 4280 4245 4590 4895Manufacturing Value Added 726 865 825 883 930Construction Expenditures 650.5 539.5 446.5 522.5 550.5Electronic Product Shipments (bil ) 335 340 367 380 400Health Expenditures (bil ) 259.0 333.2 420.0 520.0 640.0 nano/capita 0.61.22.25.3 15.2 nano/000 MVA 0.10 0.17 0.35 0.76 2.04Nanomaterial Demand (mil )72 150 285 670 1900sampletableCOMPANY PROFILESStarpharma Holdings LimitedBaker IDI Building75 Commercial RoadMelbourne, Victoria msampleprofileKey Products/Technologies: dendrimers and associated technologiesfor health care applicationsKey Information: Starpharma is a biopharmaceutical firm that focuseson the development and application of dendrimer nanotechnologyproducts for use in the pharmaceutical and life science fields, amongother application areas. The Company’s core technology facilitatesthe creation of dendrimer nanomaterials that engage in polyvalentinteraction with biological targets across a broad spectrum of diseases,thereby providing many novel pharmaceutical properties and benefits.Starpharma’s lead product is VIVAGEL, a topical nanopharmaceuticalthat is being developed as a vaginal microbiocide gel for the preventionof HIV and other sexually transmitted diseases in women. This productcontains active dendrimer with surfaces covered with regions believedto bind to the HIV or genital herpes viruses, imparting microbiocidalactivity by blocking the viruses from entering cells and consequentlystopping infection. In March 2012, Starpharma began two concurrent Phase 3 clinical trials of VIVAGEL for the treatment of bacterialvaginosis, the results of which are expected to be obtained by the endof 2012.“Nanomaterial demand in Japan willincrease to 670 million in 2016, remaining the second largest nanomaterial market in the world. By 2021,demand in Japan is expected toreach 1.9 billion. Japan, along withthe United States, has been at theforefront of developing new nanomaterials -- such as carbon nanotubes,fullerenes, and quantum dots -- andin bringing commercial applicationsof these products to market. This isdue in large part to the .”--Section VII, pg. 228Additional Subsidiary: Starpharma’s operations also include DendriticNanoTechnologies Incorporated (Mt. Pleasant, Michigan), a subsidiaryengaged in the development and commerciali
Study #2871 May 2012 6100 488 Pages World Nanomaterials Industry Study with Forecasts for 2016 & 2021 Page Order now, click here! World demand to reach . billion in 2016 World demand for nanomaterials will rise more than two-and-a-half times to 5.5 billion in 2016 driven by
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