Global and China 4A Zeolite Industry 2012 Deep Research Report

Global and China 4A Zeolite Industry 2012 Deep Research Report
2012 Deep Research Report on Global and China 4A Zeolite Industry> was a professional and depth research report on China 4A Zeolite Industry.  Firstly the report describes the background knowledge of 4A Zeolite, including Concepts Classification Manufacturing process technical parameters etc; then statistics International 15 countries (United States,Britain,Netherlands,Sweden,Belgium,Spain,Italy,Germany,Bosnia,Japan,Korea,Thailand,India,Taiwan,China) and China TOP10 Manufacturers 4A Zeolite product Capacity production cost price production value profit margins and other relevant data, statistics these enterprises 4A Zeolite products, Product Specifications, company background information, then summary statistics and analysis the relevant data on these enterprises.
 The report got China 4A Zeolite companies production market share, China 4A Zeolite demand supply and shortage, Global and China 4A Zeolite 2009-2016 production price cost profit production value profit margins, etc. At the same time, the report analyzed and discussed supply and demand changes in 4A Zeolite market and business development strategies, conduct a comprehensive analysis on China 4A Zeolite industry trends.

Finally, the report also introduced 20KT/year 4A Zeolite project Feasibility analysis and related research conclusions. In a word, It was a depth research report on China 4A Zeolite industry.And thanks to the support and assistance from 4A Zeolite industry chain related experts and enterprises during QYResearch Chemical Research Team survey and interview.


Table of Contents

Chapter One 4A Zeolite Industry Overview - 1 -
1.1 Definition - 1 -
1.2 Classification and Application - 1 -
1.3 Industry Chain Structure - 2 -
1.4 4A Zeolite Performance - 3 -
1.4.1 Ion Exchange Properties - Soften Water - 3 -
1.4.2 Surfactant Adsorption - Fluid Carrying - 3 -
1.4.3 Detergency - 3 -
1.4.4 Anti re-deposition - 4 -
1.4.5 Compatibility with Other Additives - 4 -
1.4.6 PH Buffering Effect - 4 -
1.4.7 Security - 4 -

Chapter Two 4A Zeolite Manufacturing Technology and Process - 4 -
2.1 4A Zeolite Process Overview - 4 -
2.1.1 Chemical Synthesis - 4 -
2.1.2 Bauxite Conversion Method - 5 -
2.1.3 Bentonite Acid Treatment Method - 5 -
2.1.4 Sintering method, Bayer method and hydrothermal method - 6 -
2.2 4A Zeolite Manufacturing Technology Overview - 6 -
2.2.1 Synthesis Temperature - 7 -
2.2.2 Synthesis Concentration - 9 -
2.2.3 Crystallization Time - 11 -
2.2.4 Raw Materials - 12 -
2.2.4.1 Grafted Alumina Production - 13 -
2.2.4.2 Imported Bauxite - 16 -
2.2.4.3 Domestic Bauxite - 18 -
2.2.4.4 Waste Aluminum hydroxide - 19 -
2.2.4.5 Calcium Aluminate Clinker - 21 -
2.2.4.6 Others - 21 -
2.3 4A Zeolite Manufacturing Equipments - 23 -
2.4 4A Zeolite Testing Equipments List - 24 -
2.5 4A Zeolite Raw Materials List - 24 -

Chapter Three 4A Zeolite Production Supply Sales Demand Market Status and Forecast - 25 -
3.1 4A Zeolite Market Overview - 25 -
3.1.1 International 4A Zeolite Market Overview - 25 -
3.1.2 China 4A Zeolite Market Overview - 26 -
3.1.3 Global and China 4A Zeolite Market Development Trend - 27 -
3.2 4A Zeolite Macro Market Environment Analysis - 27 -
3.2.1 China Macro Economy Analysis - 27 -
3.2.2 4A Zeolite Alternatives Analysis - 29 -
3.2.2.1 Sodium Tripolyphosphate - 29 -
3.2.2.2 Layered Sodium Silicate - 30 -
3.2.2.3 Washing Machine Without Washing Powder - 30 -
3.2.2.4 Liquid Detergent - 30 -
3.3 4A Zeolite Key Customers Analysis - 31 -
3.3.1 Procter & Gamble - 31 -
3.3.2 Nice - 31 -
3.3.3 Liby - 32 -
3.3.4 Unilever - 32 -
3.3.5 Japan Kao - 33 -
3.3.6 Nafine - 33 -
3.4 4A Zeolite Productions Overview - 34 -
3.5 China 4A Zeolite Manufacturers Productions Overview - 38 -
3.6 4A Zeolite China Suppliers Production Market Share - 41 -
3.7 Global and China 4A Zeolite Demand - 42 -
3.8 4A Zeolite Supply Demand and Shortage - 43 -
3.9 4A Zeolite Cost Price Production Value Profit Margin - 43 -

Chapter Four 4A Zeolite Key Manufacturers - 44 -
4.1 Shandong Lvye Chemical Company - 44 -
4.1.1 Company Profile - 44 -
4.1.2 Manufacturing Method - 45 -
4.1.3 Development Prospect - 46 -
4.1.4 Cost Analysis - 46 -
4.2 Fujian Risheng Chemical - 47 -
4.2.1 Company Profile - 47 -
4.2.2 Manufacturing Method - 48 -
4.2.3 Development Prospect - 48 -
4.2.4 Cost Analysis - 48 -
4.3 Fujian Huiying Chemical - 50 -
4.3.1 Company Profile - 50 -
4.3.2 Manufacturing Method - 50 -
4.3.3 Development Prospect - 50 -
4.3.4 Cost Analysis - 51 -
4.4 Fujian Qiyuan Chemical - 52 -
4.4.1 Company Profile - 52 -
4.4.2 Manufacturing Method - 53 -
4.4.3 Development Prospect - 53 -
4.4.4 Cost Analysis - 53 -
4.5 Guangzhou Hengbang Fine Chemical - 55 -
4.5.1 Company Profile - 55 -
4.5.2 Manufacturing Method - 55 -
4.5.3 Development Prospect - 55 -
4.5.4 Cost Analysis - 56 -
4.6 Shanxi Yucichangli High-tech - 57 -
4.6.1 Company Profile - 57 -
4.6.2 Manufacturing Method - 58 -
4.6.3 Development Prospect - 58 -
4.6.4 Cost Analysis - 59 -
4.7 Shanxi Xingan Chemical - 60 -
4.7.1 Company Profile - 60 -
4.7.2 Manufacturing Method - 61 -
4.7.3 Development Prospect - 61 -
4.7.4 Cost Analysis - 62 -
4.8 Zibo Phoenix Fine Chemical - 63 -
4.8.1 Company Profile - 63 -
4.8.2 Manufacturing Method - 64 -
4.8.3 Development Prospect - 64 -
4.8.4 Cost Analysis - 65 -
4.9 Hebei Jianda Gaoke - 66 -
4.9.1 Company Profile - 66 -
4.9.2 Manufacturing Method - 66 -
4.9.3 Development Prospect - 67 -
4.9.4 Cost Analysis - 67 -
4.10 Sichuan Chunfei Chemical - 69 -
4.10.1 Company Profile - 69 -
4.10.2 Manufacturing Method - 69 -
4.10.3 Development Prospect - 69 -
4.10.4 Cost Analysis - 70 -

Chapter Five 4A Zeolite Potential Projects - 71 -
5.1 Henan Sanmenxia Tianyi High-tech - 71 -
5.1.1 Company Summary - 71 -
5.1.2 Company Status - 71 -
5.1.3 Company Potential Development Prospect - 72 -
5.2 Zibo Nanhan Chemical - 72 -
5.2.1 Company Summary - 72 -
5.2.2 Company Status - 73 -
5.2.3 Company Potential Development Prospect - 73 -
5.3 Some Aluminum hydroxide Companies - 73 -
5.3.1 Company Introduction - 73 -
5.3.2 Company Status - 74 -
5.3.3 Company Potential Development Prospect - 74 -
Read More: Chemicals Market
 Chapter Six China 4A Zeolite Manufacturers Sales Market - 74 -
6.1 Shandong Lvye Chemical - 75 -
6.2 Fujian Huiying - 75 -
6.3 Fujian Risheng - 75 -
6.4 Guangzhou Hengbang - 75 -
6.5Fujian Qiyuan - 76 -
6.6 Shanxi Yuci - 76 -
6.7 Shanxi Xingan - 76 -
6.8 Zibo Phoenix - 76 -
6.9 Jianda Gaoke - 76 -
6.10 Chunfei Chemical - 77 -

Chapter Seven China 4A Zeolite Project Investment Feasibility Analysis - 77 -
7.1 Overview - 77 -
7.1.1 Project Name - 77 -
7.1.2 Capacity - 77 -
7.1.3 Investment - 77 -
7.1.4 Benefit Analysis - 78 -
7.2 Evaluation of Resource Conditions - 78 -
7.2.1 Area Covered - 78 -
7.2.2 Water Supply and Drainage Problems - 78 -
7.2.3 Natural Gas - 79 -
7.2.4 Steam (Boiler) - 79 -
7.3 Construction Scale and Product Plan - 79 -
7.3.1 Construction Scale - 79 -
7.3.2 Product Plan (3 Models) - 80 -
7.4 Technology Scheme and Process Route - 80 -
7.4.1 Manufacturing Method - 80 -
7.4.2 Manufacturing Process - 80 -
7.4.3 Technology Source and Support - 82 -
7.4.4 Key Raw Materials Fuel Supply - 82 -
7.5 Environmental Impact Assessment - 83 -
7.5.1 Construction Project Impacts on Environment - 83 -
7.5.2 Manufacturing Impact on Environment - 83 -
7.5.3 Environmental Protection Measures - 83 -
7.6 Investment Estimation - 84 -
7.6.1 Construction Land Investment - 84 -
7.6.2 Investment in Infrastructure Construction - 84 -
7.6.3 Equipment Investment - 84 -
7.7 Benefit Analysis - 85 -
7.7.1 Economic Benefits - 85 -
7.7.2 Social Results - 85 -
7.8 Conclusions - 85 -
7.8.1 Reliable Technology - 85 -
7.8.2 Support by New Materials Policy - 85 -
7.8.3 Benefit - 86 -
7.8.4 Conclusion - 86 -

Chapter Eight 4A Zeolite Industry Research Conclusions - 86 -

Chapter Nine 4A Zeolite Standards Analysis - 87 -
9.1 Detergent Use 4A Zeolite Industry Standard Analysis - 87 -
9.2 Determination of Calcium Exchange Capacity - 88 -
9.2.1 Method Overview - 88 -
9.2.2 Instruments and Reagents - 88 -
9.2.3 Operating Steps - 89 -
9.2.4 Calculation - 90 -
9.3 Determination of Particle Size Distribution and Average Particle Size - 91 -
9.3.1 Method Overview - 91 -
9.3.2Instruments and Reagents - 91 -
9.3.3 Operating Steps - 92 -
9.3.4 Calculation - 92 -
9.4 Determination of Whiteness - 93 -
9.5 Determination of PH - 93 -
9.6 Determination of Loss on Ignition - 93 -
9.7 Determination of Crystallinity Degree - 93 -
9.8 Determination of Bulk Density - 94 -
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