Construction Most Important Application
It is mainly the construction sector that consumes flame retardants: Flammable materials are used in thermal insulation and in improving energy efficiency in residential buildings and pipes and cables made from plastics increasingly replace conventional pipes made from metal - as a result, fire protection has to be improved as well. Demand in the segment electrics & electronics is increasing even more dynamically:
Phosphor Rather Than Bromine
Environmentalists regard halogenated flame retardants as problematic and are campaigning for an abandonment of brominated and chlorinated products. Some countries, however, continue to introduce bromine-based products on their markets. Nonetheless, halogenated flame retardants are increasingly losing market shares to products that are more environmentally friendly. Demand for flame retardants based on phosphor in particular is rising much more dynamically than was expected a few years ago: "Sales volume of organophosphorous products increases at an AAGR of 5%, which is the by far highest growth rate", Oliver Kutsch, CEO of Ceresana, summarizes the analyses. "The second largest growth market is antimony oxide. Aluminum trihydroxide, or, in short, ATH, remains the most important type of flame retardant nevertheless."
China Accounting For Quarter Of Global Demand
Asia-Pacific is the worldwide largest sales market for flame retardants, with China single-handedly consuming almost one quarter of total production. North America still is the second largest consumer, followed by Western Europe, even though the American construction industry in particular suffered losses in the past years. Driven by China and India, Asia-Pacific is likely to gain market shares. The Middle East and South America are dynamic growth markets as well; absolute figures, however, still are comparatively low.
The Study in Brief:
Chapter 1 concisely summarizes the most important facts about various types of flame retardants. Demand is analyzed split by type of flame retardant: ATH, brominated, chlorinated, organophosphor, antimony compounds, and other flame retardants. Chapter 2 offers an overview and analysis of the global market for flame retardants, including forecasts up to 2021: Total demand, total revenues, and demand for each product are examined in detail. Chapter 3 analyzes demand for and revenues generated with flame retardants in 16 countries, split by the applications constructions, electrics & electronics, cables, vehicles, and other applications. Additionally, 273 important producers of flame retardants are listed, including their product portfolios. Chapter 4 contains a detailed analysis of applications of flame retardants. Data on demand development is split by the seven world regions Western and Eastern Europe, North and South America, Asia-Pacific, the Middle East, and Africa. Chapter 5 offers a directory of the worldwide largest manufacturers of flame retardants, arranged clearly according to contact details, turnover, profit, product range, production sites, profile summary, product types, and applications. Extensive profiles of the 101 largest manufacturers are provided, including Akzo Nobel, Albemarle, BASF, Chemtura, DIC Corporation, Huber Engineered Materials, Israel Chemicals, Rio Tinto, Royal DSM, Sinochem, and Solvay.
Ceresana is a leading international market research and consultancy company for the industrial sector and operates branch offices in Constance, Vienna and Hong Kong. For more than 10 years, it has been supplying several thousand customers from 55 countries with up-to-date market intelligence. Extensive market knowledge creates new prospects for strategic and operational decisions. Ceresana's clients profit from practical consulting services, tailor-made single-client studies and more than 40 independent multi-client market studies. The Ceresana business analysts are specialists in markets chemicals, plastics, additives, commodities, industrial components, packaging, and construction materials.
More about Ceresana at http://www.ceresana.com/