Barium Titanate: World Markets, Technologies & Opportunities: 2017-2022 ISBN: 1-893211-75-4 (2017)

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This global market study offers transparency on the supply chain for barium titanate, which is the largest dielectric material market in terms of both volume and value for FY 2017. This study addresses the critical types of hydrothermal and chemically derived barium titanate and solid- state materials consumed in formulations by the ceramic capacitor industry worldwide. This study also takes a close look at the technology required to precipitate small particle size nano-materials into green sheets and stack into multilayered capacitors. The study is benchmarked against the previous studies Paumanok has done on the subject and five year changes in this market are recorded as turbulent in terms of technology challenges and yield ratios, but with remarkable extensions of various types of barium titanate derived powder to create commercially available 470 microfarad MLCC. The study also addresses key relationships between vendors and capacitor manufacturers as well as identifies materials vendors and key technology platforms that have grown in size over the past five years. Paumanok offers a deep drive look at the supply chain for feedstocks as well as forecasts changes in global demand for barium titanate to 2022. Please see the table of contents for further information.Published July 2017 Price: $3,750.00 USD Pages: 180 - ISBN: 1-893211-75-4 (2017)

Barium Titanate: World Markets, Technologies & Opportunities: 2017-2022 ISBN: 1-893211-75-4 (2017)

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(CARY NC, 2017) PAUMANOK PUBLICATIONS, INC. ANNOUNCES THE RELEASE OF “BARIUM TITANATE: WORLD MARKETS, TECHNOLOGIES & OPPORTUNITIES: 2017-2022” This global market study offers transparency on the supply chain for barium titanate, which is the largest dielectric material market in terms of both volume and value for FY 2017. This study addresses the critical types of hydrothermal and chemically derived barium titanate and solid- state materials consumed in formulations by the ceramic capacitor industry worldwide. This study also takes a close look at the technology required to precipitate small particle size nano-materials into green sheets and stack into multilayered capacitors. The study is benchmarked against the previous studies Paumanok has done on the subject and five year changes in this market are recorded as turbulent in terms of technology challenges and yield ratios, but with remarkable extensions of various types of barium titanate derived powder to create commercially available 470 microfarad MLCC. The study also addresses key relationships between vendors and capacitor manufacturers as well as identifies materials vendors and key technology platforms that have grown in size over the past five years. Paumanok offers a deep drive look at the supply chain for feedstocks as well as forecasts changes in global demand for barium titanate to 2022. Please see the table of contents for further information.Published July 2017 Price: $3,750.00 USD Pages: 180 - ISBN: 1-893211-75-4 (2017)
Table of Contents TABLE OF CONTENTS • INTRODUCTION • BARIUM TITANATE MARKET STRUCTURE: 2017 • THE GLOBAL MARKET FOR BARIUM TITANATE: 2017 • BARIUM TITANATE MARKETS BY TYPE AND SUB-CATEGORY: 2017 • COMPETITION IN BARIUM TITANATE: 2017 • MARKET CHALLENGES FACING THE INDUSTRY: 2017 • THE BARIUM TITANATE SUPPLY CHAIN: TRANSPARENCY: 2017 • MARKETS IN DIELECTRICS: 2017 • CERAMIC CAPACITORS: COSTS TO PRODUCE: 2017 • MLCC MARKET UPDATE FOR 2017 • TRENDS IN HIGH CAP BME MLCC TO 2022 • FORECASTS FOR CERAMIC CAPACITORS TO 2022 • FORECASTS FOR BARIUM TITANATE CONSUMPTION TO 2022 • VENDOR DIRECTORY LIST OF TABLES AND GRAPHS: Figure 1: Paumanok Research Methodology and Roadmap 27 Figure 2: Supply Chain Map Of The Barium titanate Industry: FY 2017 33 Figure 3: Mining, Engineering and Composition Supply to The Merchant and Captive Markets 35 Figure 4: Global Market Volume For Barium Titanate: FY 2017 and Historical Growth by Year FY 1999-FY 2017 (Global Consumption in Tons) 38 Figure 5: Global Market Value For Barium titanate: FY 2017 and Historical Growth by Year FY 1999-FY 2017 (Global Consumption in MM of USD) 39 Figure 6: Average Price Per Ton For Barium Titanate: FY 2017 and Historical Growth by Year FY 1999-FY 2017 (Global Consumption Value in USD per Ton) 41 Figure 7: Global Consumption Value for Barium Titanate by Production Process (Oxalate, Solid State, HTBT, BCZT and Sol-Gel Processes) 42 Figure 8: Global Average Price Per Pound for Barium Titanate By Production Process: FY 2017 47 Figure 9: Merchant Market Sales Volumes, Price Per Ton and Revenues for Barium Titanate by Precipitation Method: FY 2017 (IN Tons, USD Per Ton and Millions of USD) 48 Figure 10: Barium Titanate Suppliers To The Global Merchant Market: FY 2017 Estimated Market Shares Worldwide (Based Upon Revenues) 50 Figure 11: Sakai Chemical Industry Company Revenue Trend: FY 2013-FY 2017 51 Figure 12: Correlation of Dielectric Layer Thickness Achieved by Various Process Methods for Barium Titanate (In Microns) 63 Figure 13: MLCC Dielectric Thickness Layer Trend in Microns: 1998-2017 64 Figure 14: Correlation Between MLCC Case Size; Ceramic Dielectric Thickness and Barium Titanate Particle Size: 2008-2012-2017 65 Figure 15: Barium, Titanium and Rare Earth Additives in Barium Titanate by Weight: FY 2017 70 Figure 16: Top Vendors of High Purity Barium Carbonate To The Electronics Industry: FY 2017 Market Shares 72 Figure 17: High Purity Titanium Dioxide Suppliers To The Electronic Component Industry: FY 2017 74 Figure 18: Impact of Raw Material Pricing Trends, Currency Re-Evaluation and End-Market Demand On Capacitor Vendor Profitability: 2007-2016 for Murata, T-Yuden, Panasonic and TDK Corp 82 Figure 19: Impact of Raw Material Pricing Trends, Currency Re-Evaluation and End-Market Demand On Capacitor Vendor Profitability: 2007-2016 for AVX Corp., Yageo Corp., KEMET Corp., and Nippon Chemi-Con 83 Figure 20: Impact of Raw Material Pricing Trends, Currency Re-Evaluation and End-Market Demand On Capacitor Vendor Profitability: 2007-2016 for Samsung EMCO; Vishay Capacitors Group; Nichicon and Walsin Technology Corp. 85 Figure 21: Change in Economics For Ceramic Capacitor Production Over Time 88 Figure 22: Costs To Produce Ceramic Capacitors: FY 2016 90 Figure 23 Raw Materials Consumed in the Production of Ceramic Capacitors: Cost Breakdown: FY 2016 94 Figure 24: 25 Year Market Analysis: Global Market Consumption Value For MLCC: 1990-2017 97 Figure 25: 27 Year Market Analysis: Global Market Consumption Volume For MLCC: 1990-2017 100 Figure 26: 27 Year Market Analysis: Global MLCC Pricing: 1990-2017 102 Figure 27: Global MLCC Production Volume by Country: Ten Year Analysis 104 Figure 28: Ceramic Capacitor Manufacturers: FY 2017 Market Shares 106 Figure 29: 12-Year Shift in Global Market Shares in Ceramic Capacitors by Vendor: 2004 Versus 2017 107 Figure 30: Historical Development of Maximum Capacitance For The 100 µF X5R MLCC at 6.3 Vdc and Roadmap to 2023 110 Figure 31: Maximum Capacitance Value For The X5R MLCC at 6.3 Vdc by Case Size in 2003, 2013 and 2023 Forecasts (In Microfarads) 112 Figure 32: Global Consumption Volume for High Capacitance MLCC: 2017 and Ten Year Transitional Analysis 115 Figure 33: Global Consumption Value for High Capacitance MLCC: 2017 and Ten- Year Transitional Analysis 117 Figure 34: Global Average Unit Selling Price for High Capacitance MLCC: 2017 and Ten Year Transitional Analysis 119 Figure 35: High Capacitance MLCC Manufacturers: 2017 Sales and Market Shares 121 Figure 36: Global Ceramic Capacitor Consumption Value by Performance Characteristic: 2017 125 Figure 37: MLCC Demand By Case Size in Units 2015 127 Figure 38: FORECASTS: Global Volume of Consumption for MLCC: 2017-2022 (In Billions of Pieces) 130 Figure 39: FORECASTS: Global Value of Consumption for MLCC: 2017-2022 (In Millions of US Dollars) 132 Figure 40: FORECASTS: Global Value of Consumption For MLCC By End-Use Market Segment: 2017-2022 (In Millions of US Dollars) 135 Figure 41: Projected Production VOLUME for Key END-PRODUCTS Consuming Capacitors, Resistors and Inductors (Top 16 End-Products) To 2022 138 Figure 42: Average Passive Component Content Per Black Box By Type: FY 2011-2017 Actual and FY 2017 to FY 2022 Forecasts 140 Figure 43: MLCC Consumption Volume Forecasts: FY 2017 to FY 2022 141 Figure 44: FORECAST: Global Volume of Barium Titanate Consumption: FY 2017-2022 (IN TONS) 146 Figure 45: FORECAST: Global Value of Barium Titanate Consumption: FY 2017-20122 (IN TONS) 147 Figure 46: FORECAST: Global Price Per Ton For Barium Titanate: FY 2012-2017 (IN USD) 148 Figure 47: FORECAST: Global Value of Consumption For Barium Titanate By Type (Oxalate, HTBT, BCZT, Solid State): FY 2017-2022 (In Millions of USD) 149