Global and China
Automotive Exhaust System Industry Report, 2014-2015 covers the following:
- Overview of Global Automotive
Market and Industry;
- Analysis on China's Automotive
Market and Industry;
- Analysis on Global Automotive
Exhaust System Market and Industry;
- Analysis on China's Automotive
Exhaust System Market and Industry;
- Analysis on China's Automotive
Emission Regulations;
- Research on 13 automotive exhaust
system manufacturers, 3 substrate manufacturers and 7 catalyst
manufacturers.
In 2009, the average price for the exhaust
system of each gasoline engine-powered vehicle reached approximately USD250.
However, as the environmental protection policies became increasingly strict,
this figure climbed to USD280 in 2014. Comparatively, the exhaust system of
diesel engine-powered vehicles was much more expensive, with the price for each
unit totaling USD350 in 2009 and USD530 in 2014.
In September 2014, the Euro 6B standard for
light-duty vehicles officially came into force, which, combined with a sharp rise
in vehicle sales volume in the United States and China, helped prompt the
global auto exhaust system market to increase by 3.2% to USD33.1 billion, which
was a little faster than 2.3% in 2013.
In 2017, Europe will begin to put Euro 6C
standard into effect while China may implement Euro 6A standard for gasoline
vehicles. It is expected, therefore, that by 2016 the automotive exhaust system
market will expand significantly by 7%. However, it is very likely that only a
small number of new standards would go into effect in 2015, and China's
high-speed growth will become a past. Thus, we project that the market size of
global automotive exhaust system will rise 2.1%.
China's diesel engine-driven vehicle exhaust
system market may continue to be disappointing. As early as May 2005, the
Chinese government announced the national IV standard would come into effect on
January 1, 2011, which was delayed for 5 times. It was on January 1, 2015 that
the standard was put into effect. But in 2015, with China's economic downturn
and declined commercial vehicle sales volume, the competition from commercial
vehicles boils down to price competition. The national IV standard will be not
implemented at all and therefore most vehicles will still take national III
standard.
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In 2014, the sales
volume of trucks in China totaled 3.18 million units in 2014, down 8.9% year on
year. Among them, affected by the factors including the increased costs caused
by the national IV standard and the automakers' inadequate production, only
1.66 million light-duty trucks were sold, decreasing by 240,000 units from 1.9
million units in 2013, a full-year 12.9% drop. We predict that this rate will
rise in 2015.
In China, more than
4-ton vehicles use high pressure common rail + SCR while less than 4-ton models
take high pressure common rail + EGR. However, China now lacks special gas
stations that can fill urea and will not have. The operating costs of trucks
are extremely high and truck owners can only get low profits, thus forcing them
into bringing down costs. Hence, they are reluctant to fill urea. Meanwhile,
out of a motive of environmental protection, very few trucker owners choose to
buy the national IV standard vehicles.
The upstream sectors
of automotive exhaust system, substrate and catalyst in particular, are the
most profitable. In terms of substrate, the combined market share of the top 3
global enterprises—NGK, Corning, and Ibiden exceeded 96%. NGK and Corning
viewed China as the most important market, especially Corning, which achieved a
nearly 20% growth in 2014. Ibiden thoroughly focused on the European and
American markets and scored poor performance in China, thereby leading its
revenue to continuously decline.
With regard to
catalyst, the market size of automotive catalyst reached as much as USD11.7
billion in 2014, up 8.0% from 2013. The total market share of the top three
manufacturers exceeded 80%, with the competition mainly concentrated in China.
The top three players—BASF, Johnson Matthey, and Umicore successively extended
their presence into mainland China. Umicore, once lagged behind, doubled its
capacity in 2014 and will very likely achieve good performance in 2015.
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Major
Points from Table of Contents
1. Global and
China Automotive Market and Industry
1.1 Global Automotive Market
1.1.1 US Automotive Market
1.1.2 Japanese and Brazilian Automotive Market
1.1.3 German, UK, and French Automotive Markets
1.1.4 South Korean and Italian Automotive Markets
1.2 Global Automotive Brands
1.2.1 Volkswagen
1.2.2 Mercedes-Benz and BMW
1.2.3 Volvo, PSA, and Fiat
1.2.4 General Motors and Hyundai
1.2.5 Toyota
1.2.6 Renault-Nissan
1.1 Global Automotive Market
1.1.1 US Automotive Market
1.1.2 Japanese and Brazilian Automotive Market
1.1.3 German, UK, and French Automotive Markets
1.1.4 South Korean and Italian Automotive Markets
1.2 Global Automotive Brands
1.2.1 Volkswagen
1.2.2 Mercedes-Benz and BMW
1.2.3 Volvo, PSA, and Fiat
1.2.4 General Motors and Hyundai
1.2.5 Toyota
1.2.6 Renault-Nissan
2. China
Automotive Market and Industry
2.1 Overview
2.2 Latest Developments
2.3 Market Analysis
2.4 Sales Volume of Typical Automakers
2.1 Overview
2.2 Latest Developments
2.3 Market Analysis
2.4 Sales Volume of Typical Automakers
3. Overview of
Automotive Exhaust System
3.1 Overview
3.2 Three-way Catalyst
3.2.1 Ceramic Monolith
3.2.2 Catalyst
3.2.3 Liner
3.3 National IV Standard for Exhaust System of Diesel-driven Vehicles
3.4 Outlook of Global Emission Standards for Heavy Duty Diesel-Driven Vehicles
3.5 Timeline of Global Emission Standards
3.6 Development Trend in Exhaust System of Light-duty Vehicles
3.7 Development Trend in Exhaust System of Heavy-duty Vehicles
3.8 Vision for China's 2020 Automotive Emission Regulations
3.1 Overview
3.2 Three-way Catalyst
3.2.1 Ceramic Monolith
3.2.2 Catalyst
3.2.3 Liner
3.3 National IV Standard for Exhaust System of Diesel-driven Vehicles
3.4 Outlook of Global Emission Standards for Heavy Duty Diesel-Driven Vehicles
3.5 Timeline of Global Emission Standards
3.6 Development Trend in Exhaust System of Light-duty Vehicles
3.7 Development Trend in Exhaust System of Heavy-duty Vehicles
3.8 Vision for China's 2020 Automotive Emission Regulations
4. Automotive
Exhaust System Market and Industry
4.1 Global Automotive Exhaust System Market
4.2 China Automotive Exhaust System Market
4.3 Global Automotive Exhaust System Industry
4.4 China Automotive Exhaust System Industry
4.5 Major Sedan-dedicated Three-way Catalyst Suppliers in China
4.1 Global Automotive Exhaust System Market
4.2 China Automotive Exhaust System Market
4.3 Global Automotive Exhaust System Industry
4.4 China Automotive Exhaust System Industry
4.5 Major Sedan-dedicated Three-way Catalyst Suppliers in China
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5. Automotive
Exhaust System Manufacturers
5.1 FAURECIA
5.1.1 Faurecia (Changchun) Exhaust System
5.1.2 Wuhan Faurecia Tongda Exhaust System
5.1.3 Faurecia Emission Control Technologies Yantai
5.2 Tenneco
5.2.1 Shanghai Tenneco Exhaust System
5.2.2 Tenneco Tongtai (Dalian) Exhaust System
5.2.3 Tenneco-Eberspaecher (Dalian) Exhaust System
5.3 Eberspaecher
5.4 Sango
5.4.1 Arvin sango
5.5 Futaba Industrial
5.5.1 Tianjin Shuang Shye Mechanical Industrial
5.5.2 Tianjin Futaba Shye Chan Mechanical Industrial
5.6 Benteler
5.7 Boysen
5.8. YUTAKA
5.8.1 Chongqing Jin Feng Mechanical
5.8.2 Wuhan Jin Feng Mechanical
5.8.3 Foshan Fengfu Auto Parts
5.8.4 Foshan Yutaka Auto Parts
5.9 Sejong Industrial
5.9.1 Beijing Sejong Automobile Fittings
5.9.2 Yancheng Sejong Automobile Fittings
5.10 Baoding Yima Motor Vehicle Fitting
5.11 Chongqing HITER Environmental Protection Group
5.12 Katcon (Shanghai) Emission Control System
5.13 BOSAL
5.1 FAURECIA
5.1.1 Faurecia (Changchun) Exhaust System
5.1.2 Wuhan Faurecia Tongda Exhaust System
5.1.3 Faurecia Emission Control Technologies Yantai
5.2 Tenneco
5.2.1 Shanghai Tenneco Exhaust System
5.2.2 Tenneco Tongtai (Dalian) Exhaust System
5.2.3 Tenneco-Eberspaecher (Dalian) Exhaust System
5.3 Eberspaecher
5.4 Sango
5.4.1 Arvin sango
5.5 Futaba Industrial
5.5.1 Tianjin Shuang Shye Mechanical Industrial
5.5.2 Tianjin Futaba Shye Chan Mechanical Industrial
5.6 Benteler
5.7 Boysen
5.8. YUTAKA
5.8.1 Chongqing Jin Feng Mechanical
5.8.2 Wuhan Jin Feng Mechanical
5.8.3 Foshan Fengfu Auto Parts
5.8.4 Foshan Yutaka Auto Parts
5.9 Sejong Industrial
5.9.1 Beijing Sejong Automobile Fittings
5.9.2 Yancheng Sejong Automobile Fittings
5.10 Baoding Yima Motor Vehicle Fitting
5.11 Chongqing HITER Environmental Protection Group
5.12 Katcon (Shanghai) Emission Control System
5.13 BOSAL
6. Ceramic
Monolith and DPF Manufacturers
6.1 NGK
6.1.1 NGK Ceramics Suzhou
6.2 Corning
6.2.1 Corning Shanghai
6.3 IBIDEN
6.1 NGK
6.1.1 NGK Ceramics Suzhou
6.2 Corning
6.2.1 Corning Shanghai
6.3 IBIDEN
7. Catalyst
Manufacturers
7.1 Automotive Exhaust System Catalyst Industry
7.2 Johnson Matthey
7.2 Umicore
7.4 BASF
7.5 Cataler
7.6 Kunming Sino-Platinum Metals Catalyst
7.7 Wuxi Weifu Lida Catalytic Converter
7.1 Automotive Exhaust System Catalyst Industry
7.2 Johnson Matthey
7.2 Umicore
7.4 BASF
7.5 Cataler
7.6 Kunming Sino-Platinum Metals Catalyst
7.7 Wuxi Weifu Lida Catalytic Converter