hkc22.com market study, market report, market research, market forecast:
New april 2019
The Markets for Antimicrobial Additives / Biocides in Plastics and Textile
state 2017-18-19-20-2025-2030
Products, Application, Development, Strategies, Markets, Companies, Trends, Nanotechnology
I. Initial Position
The infection problems increase dramatically worldwide and affects the markets for disinfection products and systems, mainly in food and beverage preservation, pharmaceutical and chemical and water disinfection.
Hygiene issues have been becoming more and more relevant in the last few years. With increasing population it is inevitable to to find a solution to reduce the problems with microbial contaminations. Bacteria. fungi and algae can be major problems in health, construction, food, and packaging industries. Contaminantion problems are especially relevant in the health industry, there are a lot of cases of nosocomial infections in hospitals, which can be prevented through hygiene and disinfection. Antimicrobial can be used to control the build up and growth of bacteria in surfaces, such as plactics and other materials. The market for antimicrobial additives has been developing steadily, with the largest market share for the food and beverages industry.
The highest markets in the total markets for plasctic additives are in the field of fire protection and anitmicrobials. USA, Europe, China and other Asia Pacific Countries consume about a third of the plastic additive volume, followed by other Countries. The market is relatively new and will develop in the near future. Major developments and growth will be seen in China, India, and the rest of the Asian countries. With the increasing awareness of disinfection and potential liabilties for microbes and foodbourne pathogens, we can also expect a high growth in the food Industy (Food and Beverages) and disinfection.
In the future nanotechnology will play a more crucial role in the development of this market. With nanotechnologies, we will be able to produce particles small enough to be use effectively as plastics and polymer additives. This means that we will be able to produce plastics with different properties, with more efficient antimicrobial or fire retardant properties. The growth of nanotechnology markets will influence the whole additive markets, including antimicrobials.
Antimicrobial additives and coating will experience a high growth in the future, with new innovations, research and developments in this area. Some of the applications of these antimicrobial plastics include hospitals, public facilities, furniture and food/beverage packaging.
II. Goal of the Study
This study will discuss the different technologies available in this field, including their applications in constructions, medical, and food. The markets are presented in different regions, by application and technologies, up to 2025. This market will show strong growth in the next 5 to 10 years. The role of nanotechnology will also be discussed.
III. Table of Contents
Chapter 1. Introduction
1.1 Initial Position
1.2.Goals of the Study
1.3. Methodology
1.4. Qualification of the author and publisher
1.5. Definitions
Chapter 2. Antimicrobial Additives in plastic
2.1. Executive Summary
2.1.1 Market Situation
2.1.2 State of Technology
2.1.2.1 Antimicrobial agents
2.1.2.2 Applications
2.1.2.3 Regulations
2.1.3 Summary of Market Development
2.1.3.1 Summary
2.1.3.2 The Total Market for Antimicrobials / Biocides Worldwide to-2025
2.1.3.3 Antimicrobials in Food and Beverage Markets Worldwide to 2025
2.1.3.4 The Total Market for Antimicrobials/Biocides in Plastics Worldwide to-2025
2.1.3.5 The Total Market for Antimicrobials/Biocides for Metals UsedWorldwide to-2025
2.2 Types of Micro-organisms Effect on Plastics
2.2.1 Algae
2.2.2 Fungi
2.2.3 Bacteria
2.2.4 Effects of micro-organisms on plastic parts
2.3 Plastics
2.3.1 Definitions
2.3.2 Common plastics and uses
2.3.3 Special-purpose plastics
2.3.4 Engineering thermoplastics
2.3.5 PVC
2.3.6 Polyolefins
2.3.7 Polyurethanes
2.3.8 Wood-plastics composites
2.4 Technologies
2.4.1 N-halamine Technology
2.4.2 Cell membrane Technology
2.4.3 Silver based technology
2.4.4 New coating technology
2.4.5 Active and intelligent packaging
2.4.6 Antimicrobial polymers
2.5 Applications for Antimicrobials
2.5.1 Trends and developments
2.5.2 Antimicrobials Applications
2.6 Antimicrobial Agents
2.6.1 Introduction
2.6.2 Types of Antimicrobial Agents
2.6.3 Benefits of Antimicrobials in Plastics
2.6.4 The Trends of Antimicrobial Agents
I. Growth in silver-based antimicrobials markets
II. Market development of Zinc pyrithione
III. Importance of isothiazalone-based antimicrobials
2.6.5 Antimicrobial agents by types
I. Inorganic
Silver
Copper
Zink
II. Organic
ButyI BIT, DCOIT, OIT
OBPA
IPBC
TBT
TBZ
Triclosan
Zinc pyrithione
Chapter 3. Antimicrobial Additives in Textiles
3.1 Summary
3.2 Market Development of Antimicrobial Textiles
3.3 Advantages of Antimicrobial Finishing Textiles
3.4 Requirements of Antimicrobial Finishing Textiles
3.5 Methods for Antimicrobial in Textiles
3.6 Antimicrobial Delivery Systems
3.7 BENEFITS OF ANTIMICROBIAL TEXTILES
3.8 Commercial Antimicrobial Textile Products
3.9 The Total Market for Antimicrobials / Biocides in Textiles Worldwide to 2025 in bn. US $
Chapter 4. Overview the Markets of Antimicrobial Additives in Plastics Worldwide
4.1 The Market of Antimicrobial / Biocides by Regions
4.2 The Market of Antimicrobial / Biocides in Plastics by Regions
4.3 The Market of Antimicrobial / Biocides in Plastics by Applications
4.4 The Markets for Active Ingredients of Antimicrobials/Biocides in Plastics worldwide by Types
4.5 The Value chain of Antimicrobials / Biocides in Plastics
4.6 Drives and Challenges
4.7 Biocide Supplier and Trade Names
4.8 Nanotechnologies and Future Developments
4.8.1 The Role of Antimicrobials with Nanotechnology, Current Technologies and Development
4.8.2 Nano-Silver Products Invertory
Chapter 5. The Development of Antimicrobials Additives in Plastics Market Worldwide 2010-2025
5.1 The Total Market for Antimicrobials / Biocides Worldwide to-2025 in bn. US $
5.2 Markets for plastic additives worldwide by regions 2010-2025 in bn. US $
5.3 The Total Market for Antimicrobials/Biocides in Plastics Worldwide to--2025 in bn. US $
5.4 The Total Market for Antimicrobials/Biocides for Metals UsedWorldwide to--2025 in bn. US $
5.5 The Total Markets for Antimicrobials/Biocides in Plastics Worldwide by Application t0-2025 in bn. US $
5.6 The Total Markets for Active Ingredients of Antimicrobials/Biocides in Plastics worldwide by Types to-2025 in bn. US $
5.7 The Total Markets for Antimicrobials/Biocides in Plastics in West Europe by countries to-2025 in bn. US $
a.
Germany
5.8 The Total Markets for Antimicrobials/Biocides in Plastics in East Europe by countries to-2025 in bn. US $
a.Russia
b. Poland
c. Hungary
5.9 The Total Markets for Antimicrobials/Biocides in Plastics in NAFTA/USA by countries to--2025 in bn. US $
a.USA
d. Others
5.10 The Total Markets for Antimicrobials/Biocides in Plastics in Asia Pacific by countries to-2025 in bn. US $
a.China
d.India
5.11 The Total Market for Antimicrobials / Biocides in Textiles Worldwide to-2025 in bn. US $
Chapter 6. Laws, Regulations and Compliance
6.1 Summary
6.2 Regulations in EU
6.3 Regulations in USA
6.4 Other Countries
Chapter 7. Leading Companies and Competition Worldwide
7.1 Leading Companies and Their Main Antimicrobial Products
7.2 Other Companies in This Area
Chapter 8. Stategies to Enter the Market
8.1 Situation
8.2 Know-How
Chapter 9. Specific Request
- Should you have any specific requests or queries, please let us know
IV. Structure of the Study/Time Schedule
The total study is divided by applications, technologies, branches or countries/regions into several segments which can be obtained separately.
All parts or segments include: Summary, state of technology and developments, markets and prospects to-2025 in turnover, market volume and potential, projects, companies, competition, regulations and market analysis.
V. Methods of Investigation
The study is based on the following methods: Desk and Field Research. Market potentials and prospects are gathered by the Delphi-Method. Here specialists in the market are questioned about their future expectations which are then narrowed through repeated coordination with the specialists.
VI. Qualification
Our company has been active in the field of water industry, environmental and energy technology for more than 25 years. We prepare exclusive international strategies, concepts and special studies for company groups, small and middle sized businesses and Western European government agencies. Until today we have completed more than 7000 studies.
VII. Costs and supply
The study has over 240 pages and will be supplied by email attachment
or CD ROM
The cost for the summary with over 100 pages is Euro 2.600.—
The cost for the total study with over 240 pages is Euro 4.900.—
You can order by email and will receive an invoice with transfer datas, as soon as the payment is on our account we supply the study.
Adress:
Helmut Kaiser Consultancy
D-72076 Tuebingen
Tel. 0049 7071 67001
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