Global and China High Purity Alumina Market 2012 Deep Research Report
2012 Deep Research Report on Global and China High Purity Alumina Industry was professional and depth research report on global and China High Purity Alumina (Al2O3>=99.99% 4N or above 4N Purity) industry.
This report has firstly introduced High Purity Alumina definition classification industry chain etc relation information. Then introduced High Purity Alumina module technology and manufacturing process. And then Summary statistics of Global and China major High Purity Alumina manufacturers 2009-2016 High Purity Alumina capacity production supply demand shortage and Manufacturers (global 24 manufacturers China 16 manufacturers) High Purity Alumina production Market Share and also introduced High Purity Alumina selling price cost profit margin and production value. And then also introduced global and China 24 major High Purity Alumina companies basic information, 2009-2016 High Purity Alumina capacity production price cost profit margin and production value etc details information. In the end, this report introduced High Purity Alumina 2000Ton/year project feasibility analysis and investment return analysis. And also give related research conclusions and development trend analysis of China High Purity Alumina industry.
In a word, it was a depth research report on Global and China High Purity Alumina industry. And thanks to the support and assistance from High Purity Alumina industry chain related experts and enterprises during QYResearch Team survey and interview.
Read More: Global and China High Purity Alumina Market
Table of Contents
Chapter One High Purity Alumina Industry Overview 1
1.1 Definition 1
1.2 Classification and Application 2
1.3 Industry Chain Structure 3
1.3.1 LED Sapphire Crystal 3
1.3.2 Artificial Gem 5
1.3.3 High Pressure Sodium Lamp 6
1.3.4 Catalyst 6
1.3.5 Fluorescent Powder 7
Chapter Two High Purity Alumina Manufacturing Technology and Process 7
2.1 High Purity Alumina Process Overview 7
2.1.1Ammonium Alum Pyrolysis Method 8
2.1.2 Organic Aluminum Hydrolysis Method 8
2.1.3 2-Chloride Ethanol Method 9
2.1.4 AACH Pyrolysis Method 9
2.1.5 Improved Bayer Method 10
2.1.6 Choline of Aluminum Hydrolysis Method 11
2.1.7 High Purity Aluminum Activation Hydrolysis Method 12
2.1.8 Aluminium Isopropoxide Hydrolysis Method 12
2.2 High Purity Alumina Manufacturing Technology Development Overview 13
2.2.1 China High Purity Alumina Manufacturing Overview 13
2.2.2 High Purity Alumina Performance Comparison Analysis 15
2.2.3 LED Sapphire Crystal Use High Purity Alumina Performance Requirement 16
2.3 Alcohol Aluminum Method Improvement 17
2.4 China High Purity Alumina Technology Status 18
2.5 International High Purity Alumina Powder Technology Research Progress 19
2.6 High Purity Alumina Manufacturing Equipments List 21
2.7 High Purity Alumina Test Equipment List 21
2.8 High Purity Alumina Bill of Material 22
Chapter Three High Purity Alumina Production Supply Sales Demand Market Status and Forecast 23
3.1 High Purity Alumina Market Overview 23
3.1.1 International High Purity Alumina Development Status 23
3.1.2 China High Purity Alumina Development Status 24
3.1.3 China and International High Purity Alumina Development Trend 25
3.2 China High Purity Alumina Macro Market Environment Analysis 26
3.2.1 China Macroeconomic Situation 26
3.2.2 High Purity Alumina Downstream LED Industry Analysis 26
3.2.3 LED Substrate Materials Selection 27
3.2.4 Sapphire Crystal Manufacturing Method (Micro-pulling Rotating Kyropoulos Method) 28
3.3 China LED Chip Suppliers List 29
3.4 Global High Purity Alumina Production Overview 31
3.5 China High Purity Alumina Production Overview 38
3.6 High Purity Alumina Production Market Share 43
3.7 Global and China High Purity Alumina Demand Overview 44
3.8 High Purity Alumina Supply Demand and Shortage 44
3.9 High Purity Alumina Cost Price Production Value Profit Margin 45
Chapter Four China High Purity Alumina Key Manufacturers 46
4.1 ChinaLCO Shandong Branch 46
4.1.1 Company Profile 46
4.1.2 Manufacturing Process 46
4.1.3 Development Prospect 47
4.1.4 Cost Analysis 47
4.2 Zibo Shanlv Yifeng New Materials 49
4.2.1 Company Profile 49
4.2.2 Manufacturing Process 49
4.2.3 Development Prospect 50
4.2.4 Cost Analysis 50
4.3 Hebei Pengda Advanced Materials Technology Co., Ltd 51
4.3.1 Company Profile 51
4.3.2 Manufacturing Process 52
4.3.3 Development Prospect 53
4.3.4 Cost Analysis 53
4.4 Xuancheng Jingrui New Materials Co.,Ltd 54
4.4.1 Company Profile 54
4.4.2 Manufacturing Process 55
4.4.3 Development Prospect 56
4.4.4 Cost Analysis 56
4.5 Zibo Phoenix Fine Ceramics Co.,Ltd 57
4.5.1 Company Profile 57
4.5.2 Manufacturing Process 58
4.5.3 Development Prospect 58
4.5.4 Cost Analysis 59
4.6 Dalian Rall Fine Ceramics Co., Ltd 60
4.6.1 Company Profile 60
4.6.2 Manufacturing Process 61
4.6.3 Development Prospect 61
4.6.4 Cost Analysis 61
4.7 Yangzhou Gaoneng New Materials Co.,Ltd 63
4.7.1 Company Profile 63
4.7.2 Manufacturing Process 63
4.7.3 Development Prospect 64
4.7.4 Cost Analysis 64
4.8 Zibo Xinmeiyu Alumina Co.,Ltd 65
4.8.1 Company Profile 65
4.8.2 Manufacturing Process 66
4.8.3 Development Prospect 66
4.8.4 Cost Analysis 67
4.9 China High Purity Alumina Manufacturers Research Conclusions 68
4.9.1 Overview 68
4.9.2 Potential High Purity Alumina New Enter Manufacturers 69
4.9.3 China Manufacturers Development Prospect 70
Read More: Metals Market
Chapter Five International High Purity Alumina Manufacturers 71
5.1 Sumitomo Chemical Co., Ltd.(Japan) 71
5.2 Sasol (United States) 72
5.3 Orbite’s unique technologies (Canada) 73
5.4 Rusgems High Technologies (RHT Russia) 75
5.5 HMR, Co.,Ltd. (Korea Haemaroo Material) 76
5.6 BAIKOWSKI GROUP (France) 77
5.7 Donghu (동호무역은 Korea) 78
5.8 Nippon Light Metal Company, Ltd. (NLM Japan) 79
Chapter Six China High Purity Alumina 2000T/Year Project Feasibility Analysis 80
6.1 Project Overview 80
6.1.1 Project Name 80
6.1.2 Project Capacity 81
6.1.3 Project Investment 81
6.1.4 Benefit Analysis 81
6.2 Resource Condition Evaluation 81
6.2.1 Land Area 81
6.2.2 Water Supply and Drainage Problems 81
6.2.3 Natural Gas (Gas) 82
6.2.4 Steam (Boiler) 82
6.3 Building Scale and Product 83
6.3.1 Building Scale 83
6.3.2 Product Solutions (4N 5N products) 83
6.4 Technology and Process Method 83
6.4.1 Manufacturing Method 83
6.4.2 Process Flow 84
6.4.3 Technology Source and Support 85
6.4.4 Key Raw Materials Fuel Supply 86
6.5 Environmental Impact Assessment 87
6.5.1 Projects Constrution Impact To The Environment 87
6.5.2 Project Operating Impact To The Environment 87
6.5.3 Environmental Protection Measures 87
6.6 Project Investments 88
6.6.1 Construction Land Investment 88
6.6.2 Infrastructure Investment 88
6.6.3 Equipment Investment 88
Chapter Seven High Purity Alumina Analytical standards 90
7.1 ChinaLCO Shandong Branch Improved Bayer Method High Purity Alumina Indicators 91
7.2 High Purity Alumina α-Al2O3 Quantitative Determination 92
7.2.1 Range 92
7.2.2 Method 92
7.2.3 Instruments and Equipment 92
7.2.4 Reference Sample Preparation 92
7.2.5 Measurement Sample Preparation 92
7.2.6 Measurement Conditions 93
7.2.7 Measurement Procedures 93
7.2.7.1 Measurement-ray 93
7.2.7.2 Measurement Process 93
7.2.8 Measurement Results 93
7.2.9 measurement Results Reported 93
7.2.10 Measurement Accuracy 94
7.2.11 Inspection Reports 94
7.3 Calcined Alumina Original Grain Size Determination Method 94
7.4 Determination of Iron Oxide 95
7.5 Determination of calcium oxide, magnesium oxide content 97
7.6 Determination of particle size 97
7.7 Determination of bulk density 101
Chapter Eight High Purity Alumina Research Conclusions 102
List of Table:
Tables and Figures
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