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ankitajadhav-blog · 7 years ago

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Inorganic Metal Finishing Processes Equipment Market to Witness A Pronounce Growth during 2022 Forecast in Top Countries

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Report Overview:

Geographically, this report split global into several key Regions, with sales (K Units), revenue (Million USD), market share and growth rate of Inorganic Metal Finishing Processes Equipment for these regions, from 2012 to 2022 (forecast), covering

United States

China

Europe

Japan

Southeast Asia

India

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Global Inorganic Metal Finishing Processes Equipment market competition by top manufacturers/players, with Inorganic Metal Finishing Processes Equipment sales volume, Price (USD/Unit), revenue (Million USD) and market share for each manufacturer/player; the top players including

Dalmar Plating And Electroforming

Elementis Plc

Americhem Engineering Services

Angstrom Engineering Inc.

Arvind Anticor Ltd.

Guyson Corp. Of U.S.A.

Hardwood Line Manufacturing Co.

Superior Plating Technology Co. Ltd.

Sur-Fin Chemical Corp.

Technic Inc.

Tib Chemicals Ag

Hauzer Techno Coating Bv

Haviland Enterprises

Heatbath Corp.

Houghton International Inc.

Hubbard-Hall Inc.

On the basis of product, this report displays the production, revenue, price, market share and growth rate of each type, primarily split into

Inorganic Metal Coating Equipment

Electroplating Equipment

Vapor Deposition Coating Equipment

Electroless Plating Equipment

Others

On the basis on the end users/applications, this report focuses on the status and outlook for major applications/end users, sales volume, market share and growth rate for each application, including

Medical Devices

Injection Molding

Automotive

Others

Table of Contents:

1 Inorganic Metal Finishing Processes Equipment Market Overview

1.1 Product Overview and Scope of Inorganic Metal Finishing Processes Equipment

1.2 Classification of Inorganic Metal Finishing Processes Equipment by Product Category

1.2.1 Global Inorganic Metal Finishing Processes Equipment Market Size (Sales) Comparison by Type (2012-2022)

1.2.2 Global Inorganic Metal Finishing Processes Equipment Market Size (Sales) Market Share by Type (Product Category) in 2016

1.2.3 Inorganic Metal Coating Equipment

1.2.4 Electroplating Equipment

1.2.5 Vapor Deposition Coating Equipment

1.2.6 Electroless Plating Equipment

1.2.7 Others

1.3 Global Inorganic Metal Finishing Processes Equipment Market by Application/End Users

1.3.1 Global Inorganic Metal Finishing Processes Equipment Sales (Volume) and Market Share Comparison by Application (2012-2022)

1.3.2 Medical Devices

1.3.3 Injection Molding

1.3.4 Automotive

1.3.5 Others

1.4 Global Inorganic Metal Finishing Processes Equipment Market by Region

1.4.1 Global Inorganic Metal Finishing Processes Equipment Market Size (Value) Comparison by Region (2012-2022)

1.4.2 United States Inorganic Metal Finishing Processes Equipment Status and Prospect (2012-2022)

1.4.3 China Inorganic Metal Finishing Processes Equipment Status and Prospect (2012-2022)

1.4.4 Europe Inorganic Metal Finishing Processes Equipment Status and Prospect (2012-2022)

1.4.5 Japan Inorganic Metal Finishing Processes Equipment Status and Prospect (2012-2022)

1.4.6 Southeast Asia Inorganic Metal Finishing Processes Equipment Status and Prospect (2012-2022)

1.4.7 India Inorganic Metal Finishing Processes Equipment Status and Prospect (2012-2022)

1.5 Global Market Size (Value and Volume) of Inorganic Metal Finishing Processes Equipment (2012-2022)

1.5.1 Global Inorganic Metal Finishing Processes Equipment Sales and Growth Rate (2012-2022)

1.5.2 Global Inorganic Metal Finishing Processes Equipment Revenue and Growth Rate (2012-2022)

2 Global Inorganic Metal Finishing Processes Equipment Competition by Players/Suppliers, Type and Application

2.1 Global Inorganic Metal Finishing Processes Equipment Market Competition by Players/Suppliers

2.1.1 Global Inorganic Metal Finishing Processes Equipment Sales and Market Share of Key Players/Suppliers (2012-2017)

2.1.2 Global Inorganic Metal Finishing Processes Equipment Revenue and Share by Players/Suppliers (2012-2017)

2.2 Global Inorganic Metal Finishing Processes Equipment (Volume and Value) by Type

2.2.1 Global Inorganic Metal Finishing Processes Equipment Sales and Market Share by Type (2012-2017)

2.2.2 Global Inorganic Metal Finishing Processes Equipment Revenue and Market Share by Type (2012-2017)

2.3 Global Inorganic Metal Finishing Processes Equipment (Volume and Value) by Region

2.3.1 Global Inorganic Metal Finishing Processes Equipment Sales and Market Share by Region (2012-2017)

2.3.2 Global Inorganic Metal Finishing Processes Equipment Revenue and Market Share by Region (2012-2017)

2.4 Global Inorganic Metal Finishing Processes Equipment (Volume) by Application

3 United States Inorganic Metal Finishing Processes Equipment (Volume, Value and Sales Price)

3.1 United States Inorganic Metal Finishing Processes Equipment Sales and Value (2012-2017)

3.1.1 United States Inorganic Metal Finishing Processes Equipment Sales and Growth Rate (2012-2017)

3.1.2 United States Inorganic Metal Finishing Processes Equipment Revenue and Growth Rate (2012-2017)

3.1.3 United States Inorganic Metal Finishing Processes Equipment Sales Price Trend (2012-2017)

3.2 United States Inorganic Metal Finishing Processes Equipment Sales Volume and Market Share by Players

3.3 United States Inorganic Metal Finishing Processes Equipment Sales Volume and Market Share by Type

3.4 United States Inorganic Metal Finishing Processes Equipment Sales Volume and Market Share by Application

4 China Inorganic Metal Finishing Processes Equipment (Volume, Value and Sales Price)

4.1 China Inorganic Metal Finishing Processes Equipment Sales and Value (2012-2017)

4.1.1 China Inorganic Metal Finishing Processes Equipment Sales and Growth Rate (2012-2017)

4.1.2 China Inorganic Metal Finishing Processes Equipment Revenue and Growth Rate (2012-2017)

4.1.3 China Inorganic Metal Finishing Processes Equipment Sales Price Trend (2012-2017)

4.2 China Inorganic Metal Finishing Processes Equipment Sales Volume and Market Share by Players

4.3 China Inorganic Metal Finishing Processes Equipment Sales Volume and Market Share by Type

4.4 China Inorganic Metal Finishing Processes Equipment Sales Volume and Market Share by Application

……….

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rishabh3210blog · 3 years ago

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Global Metal Finishing Processes Market 2021: Top Industry Players, Growth Report to 2027

The global metal finishing processes market is anticipated to grow at a considerable CAGR of around 4.4% during the forecast period (2021-2027). Metal finishing is the technique of altering the surface of the metal, to enhance its appearance and stability. Metal finishing is related to coating, electrodeposition is the production method of a thin surface coating of the metal upon a conductive material. Inorganic metal finishing, organic metal finishing, hybrid metal finishing are the three types of metal finishing processes. Some common metal finishes include ceramic coating, paint, lacquer, and other surface treatments. The major factors that drive the growth of the market include, the increasing use of metal finishing processes in the automotive and aerospace industries. The metal finishing process has its uses at every stage of the automobile manufacturing process such as corrosion resistance, and wear resistance. Metal finishing can enhance an automobile part by shielding it against corrosion and premature wear, as well as by enhancing its appearance.

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For Instance, DuPont de Nemours, Inc., introduced a metal building board filling, DuPont Thermax. The Thermax offers both insulation value and a central finish system for walls in metal constructions. Additionally in standing seam metal roofs. Thermax provides long-term and high thermal resistance. Moreover, with its low wave rating the Thermax aid to reduce moisture reduction within and behind the insulation. Therefore the introduction of new metal finish products offered by the market players further projected to create significant market growth opportunities in the near future.

A Full Report of Global Metal Finishing Processes Market is Available at: https://www.omrglobal.com/industry-reports/metal-finishing-processes-market

Key questions addressed by the report

What is the market growth rate?

Which segment and region dominate the market in the base year?

Which segment and region will project the fastest growth in the market?

How COVID-19 impacted the market?

o Deviation from the pre-COVID-19 forecast

o Most affected region and segment

Who is the leader in the market?

How are players addressing challenges to sustain growth?

Where is the investment opportunity?

Global Metal Finishing Processes Market Segmentation

By Type

Inorganic Metal Finishing

Organic Metal Finishing

Hybrid Metal Finishing

By Application

Aerospace

Appliances

Automotive

Electronics

Heavy Equipment

Jewelry

Medical Devices

Other Applications

Global Metal Finishing Processes Market by Region

North America

United States

Canada

Europe

Germany

Italy

Spain

France

Rest of Europe

Asia-Pacific

China

India

Japan

South Korea

Rest of Asia-Pacific

Rest of the World

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network-blr · 4 years ago

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Global Flat Carbon Steel Market : Forecast and Analysis (2020-2027)

Global Flat Carbon Steel Market was valued at USD xx Bn in 2019 and is expected to reach at USD xx Bn by 2027 at a CAGR of xx% over forecast period 2020-2027.

The report covers an in depth analysis of COVID 19 pandemic impact on Global Flat Carbon Steel Market by region and on the key players revenue affected till April 2020 and expected short term and long term impact on the market.

Global Flat Carbon Steel Market Dynamics:

Flat carbon steel is a form of steel which is rolled from steel slabs and is used in the production of sheets, plates, structural beams and strips. Various factors such as growing investments in building & infrastructure, rising urbanization, growing consumer awareness towards the benefits of flat steel such as design flexibility, high strength, low maintenance & construction cost, increasing government expenditure on infrastructure development are driving the global flat carbon market over forecast period. Additionally, growing presence of a vast consumer base has led to a booming manufacturing sector which is expected to create lucrative opportunities for flat steel market over forecast period.

However, factors such as volatile prices of raw material, stringent government regulations across various countries are restraining the market growth over forecast period.

Global Flat Carbon Steel Market is segmented by Product, by Application and by Region. By product, Sheets & plates held 43.23% of market share in 2019 and is expected to keep its dominance over forecast period. These products are extensively served in building & infrastructure, transportation and electrical appliance industries owing to their unique properties. These products help improve the anti-corrosion properties of steel & enhance the quality, ductility and reliability of the finished product.

By application, Automobile and other transport application held 41.09% of market share in 2019 and is expected to keep its dominance over forecast period. The application of flat products has allowed automobile producers to achieve expected standards of strength and protection for their vehicles at comparatively low costs when compared with other materials.

Arcelor Mittal dominated this application segment in 2019 and is expected to keep its dominance over forecast period. Arcelor Mittal is main goal to build a better world with smarter steels. Steels made using innovative processes which are more efficient, use less energy, and emit significantly less carbon. They manufacturer flat steels for automotive and renewable energy infrastructure that will support societies as they transform through this century.

By geography, North America held 44.34% of market share in 2019 and is expected to keep its dominance over forecast period owing to growing demand from building and construction industry. Moreover, presence of a significant number of automotive manufacturers along with considerable economic growth has led to the consumption of Flat carbon steel in this region.Samuel, Son & Co. is one of the largest processors and distributors of flat rolled carbon steel products in North America, with facilities located coast to coast. Samuel offers a comprehensive range of value-added processing services for flat rolled carbon steel.

North America is followed by Europe and APAC. APAC is second largest market with xx% of market share in 2019 and is expected to keep its dominance over forecast period. Countries such as China, India, and Japan are expected to witness high growth rates owing to rising growing demand from automotive, building& construction sector. China was the world’s largest flat steel exporter in 2019.

Report covers in depth analysis of key development, marketing strategies, value chain, supply chain and company profiles of market leaders, potential players and new entrants. Key players operating in this market are adopting various organic and inorganic growth strategies such as merger& acquisitions, collaborations, diversification, expansion, new product launches, joint ventures and patent to increase their regional presence and business opeartions.

The objective of the report is to present a comprehensive analysis of the Global Flat Carbon Steel Market including all the stakeholders of the industry. The past and current status of the industry with forecasted market size and trends are presented in the report with the analysis of complicated data in simple language. The report covers all the aspects of the industry with a dedicated study of key players that includes market leaders, followers and new entrants. PORTER, SVOR, PESTEL analysis with the potential impact of micro-economic factors of the market have been presented in the report.

External as well as internal factors that are supposed to affect the business positively or negatively have been analysed, which will give a clear futuristic view of the industry to the decision-makers. The report also helps in understanding Global Flat Carbon Steel Market dynamics, structure by analyzing the market segments and project Global Flat Carbon Steel Market. Clear representation of competitive analysis of key players by price, financial position, Product portfolio, growth strategies, and regional presence in the Global Flat Carbon Steel Market make the report investor’s guide. Scope of Global Flat Carbon Steel Market

Global Flat Carbon Steel Market Segmentation by Product

• Hot-Rolled Coils • Sheets and Plates • Galvanized Coils • Cold-Rolled Coils • Pre-Painted Steel Coils Global Flat Carbon Steel Market Segmentation by Application

• Building & Infrastructure • Automotive and other transport • Mechanical Equipment • Others Global Flat Carbon Steel Market Segmentation by Region

• North America • APAC • Europe • MEA& Africa • Latin America Global Flat Carbon Steel Market Major Market Players

• Tata Steel Limited • ArcelorMittal • United States Steel Corporation • Voestalpine Group • China Baowu Group Ltd. Corporation • POSCO Steel • ThyssenKrupp AG • JFE Holdings • JSW • Nippon Steel & Sumitomo Metal Corporation • Dongkuk Steel • HYUNDAI STEEL • Dongbu Steel • EVRAZ plc • SAIL

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#Flat Carbon Steel Market

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newinnovationalmarketresearch · 4 years ago

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Metalworking Fluids Market Research 2020-2025 Report by Rising Demand, Future Scope, Market Status

Metalworking Fluids Market size is likely to reach USD 14.54 billion by 2025, registering at a 4.4% CAGR during the forecast period. Metalworking fluids are primarily used in manufacturing industries to reduce tool wear friction and improve the quality of workpiece and process productivity.

“Metal working fluids are one of the most complex attributes of any manufacturing process, which has a proportionate impact on energy resources and productivity. MWF is an emerging trend and its futuristic potential is regarded as a substitute for fossil fuel.”

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The key driving factors responsible for the growth of Metalworking Fluids market :

The prolonged use of metal working fluids has been reported to cause several health problems such as cancer, bronchitis, asthma, and hypersensitivity pneumonitis. The prevailing health hazards associated with the use of metal working fluids is a major factor hampering the metalworking fluid industry growth.

The metalworking fluids market has been segmented based on the product type into mineral, synthetic and bio-based. Based on application, the market has been categorized as neat cutting oils, water cutting oils, and others. Water cutting oils have been further sub segmented into soluble cutting oils, synthetic cutting oils, and semi-synthetic cutting oils. The metalworking fluid market has found its numerous industries across metal fabrication, machinery, transportation equipment, and others. Industrial end-users consist of construction, agriculture, electrical & power, aerospace, rail, automobile, telecommunication, marine, and healthcare.

Neat cutting oil or insoluble oil is generally used in a combination with mineral oil to enhance its performance under high pressure and temperatures. These are used as lubricants to improve the finish on a metal cut and prevent its rusting process. However, researchers in several epidemiological studies have scaled the adverse effects of polycyclic aromatic hydrocarbons (PAHs) that are present in neat cutting oils and thus, propelled an adoption of synthetic cutting oils. Synthetic metalworking fluid provides detergent action, reduces oxidation and misting to offer effective rust protection mechanism. Synthetic MWF is a composition of organic and inorganic salts mixed in water. It has not demonstrated any potential adverse health effects.

Geographical segmentation has presented a detailed analysis of push-to-talk market growth prospects across the regions of North America, the Asia Pacific, Europe, the Middle East, and Africa, and Latin America. The developing countries of Asia Pacific and the Middle East & Africa have demonstrated steady growth due to low labor costs and minimum initial investments. The Indian and Chinese government policies are keen on implementing export-oriented standards in order to grab the international attention, which shall be fueling their foreign trades in the upcoming years. The flourishing heavy-duty manufacturing industries across North America and European regions have generated a firm demand for metalworking fluids market.

The competitive landscape showcases the profiles and business strategies of the major players, along with their recent developments. Some of the dominant players operating in this market include Apar Industries Limited, Chevron Phillips Chemical Company, Castrol, ExxonMobil Houghton International, , Fuchs Lubricants Co., LUKOIL, Total, The Lubrizol Corporation, Quaker Chemical Corporation, Master Chemical Corporation, The Dow Chemical Company, Milacron, Henkel, Chemetall, Afton Chemical, PPG Industries, Hindustan Petroleum Corporation Limited, Shell, Indian Oil Corporation Limited, PT.Pertamina (Persero), and SINOPEC among others.

Players are entering into business partnerships with fellow contestants and are significantly investing in innovation strategies, which is estimated to drive the cellular vendors to reach new growth markets.

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athiranair23 · 4 years ago

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HIGH PRESSURE GRINDING ROLLER (HPGR) MARKET ANALYSIS ( 2020 - 2027)

Market Overview

High pressure grinding rolls (HPGR) are used for size reduction of ores and rocks. They compress the feed material between two rotating rollers, in which one of them is in fixed position and another is in floating. HPGR has found applications typically in diamond extraction. HPGR provides flexible crushing solutions as it is suitable for both new installations and upgrades in the mining and construction industry. Moreover, it is a highly energy-efficient technology for comminution and involves short-term exposure of raw materials such as iron ore to very high pressure. This pressed material can be directly fed to a ball mill of a particular size, thereby making it possible to reduce the specific power consumption of the entire mill system and to increase the throughput of the ball mill. HPGRs are expected to replace semi-autogenous (SAG) mills and ball mills in due course of time.

The global high pressure grinding roller (HPGR) market is estimated to account for US$ 547.6 Mn in terms of value by the end of 2027.

Market Dynamics- Drivers

1. Increasing demand for high-efficiency and low emission comminution solutions is expected to drive growth of the global press grinding roller (HPGR) market during the forecast period

Comminution is the reduction of solution materials from the average particle size to smaller particle sizes. It is done by crushing, grinding, cutting, vibrating, or other processes. Comminution is the highest energy-consuming process in mining activities. According to the Coalition for Eco-Efficient Commination (CEEC), the grinding and crushing process alone consumes an average of 53% of the total energy consumed on the mining site and accounts for more than 10% of the total mining cost. Currently, mineral processing plants are operating below the optimal energy efficiency levels and hence are exposed to increased costs related to high energy consumption and carbon constraints, which is the amount of carbon emitted in the environment. As a result of this, mining industry is compelled to adopt novel technologies such as HPGR. It offers increased finesses and reduces the downstream energy requirements in ball mining and macro-cracking. Therefore, these factors are expected to drive growth of the market during the forecast period.

2. Declining ore grades are expected to propel the global high pressure grinding roller market growth over the forecast period

The average grade of ores is declining worldwide, owing to continuous exhaustion of high-grade ore bodies. Besides this, the value generated by obtaining the desired mineral after mineral processing is declining. As a result of this, the operating cost has increased, while at the same time, cost of commodities and minerals has not increased in a similar proportion. HPGR offers better solution to these challenges, providing better output. Hence, these factors are expected to propel the global high pressure grinding roller (HPGR) market growth over the forecast period

Statistics:

APAC held dominant position in the global high pressure grinding roller (HPGR) market in 2019, accounting for 33.3% share in terms of value, followed by North America, Europe, and Row respectively.

Figure 1: Global High Pressure Grinding Roller (HPGR) Market Share (%), in terms of Value, By Region, 2019

Market Dynamics- Restraints

1. High capital cost associated with HPGR is expected to restrain growth of the global high pressure grinding roller (HPGR) market during the forecast period

Installing HPGR system requires a significant capital investment. It has been observed that HPGRs can lead to increased material handling and it also generates increased quantity of dust. Thus, these factors are expected to restrain growth of the global high pressure grinding roller (HPGR) market during the forecast period.

2. Constant maintenance is expected to hinder the global high pressure grinding roller (HPGR) market growth over the forecast period

Although HPGR system offers numerous advantages, it still requires frequent maintenance and repair operations. Furthermore, frequent maintenance and repair operations can increase the overall cost of the entire system, which in turn, is expected to hinder the global high pressure grinding roller (HPGR) market growth in the near future.

Market Opportunities

1. Rising use of HPGR in hard rock mining can present lucrative growth opportunities

HPGR is becoming increasing popular for hard rock treatment due to rising energy and steel media costs. Furthermore, advent of wear abetment technology and significant design enhancements has led to successful implementations and pilot demonstrations HPGR on extremely tough ores. HPGR pilot plant demonstrations at the Newmont Lone Tree gold mine in Nevada, the U.S. in 2009, Boddington Gold Project in Western Australia in 2010, and the use of HPGR technology by the mining company Anglo American Platinum PPL at its Mogalakwena platinum mine are some such instances.

2. Base metal liberation segment can provide major business opportunities

HPGRs are majorly operational in diamond mines and iron ores. However, it is used in combination with ball mills or as a standalone device, it can offer numerous advantages such as fineness, quality of the ultimate product, and improved throughput. Hence, the HPGR comminution solution is expected to witness significant growth in base metal liberation. It can help in mining metals such as copper, nickel, lead, and nickel.

Figure 2: Global High Pressure Grinding Roller (HPGR) Market Value (US$ Mn), 2017 - 2027

The global high pressure grinding roller (HPGR) market was valued at US$ 345.0 Mn in 2019 and is forecast to reach a value of US$ 547.6 Mn by 2027 at a CAGR of 6.2% between 2020 and 2027.

Market Trends

1. Research and development activities among market players

Key companies in the market are focused on research and development activities, in order to enhance the product portfolio. For instance, in May 2012, FLSmidth launched CataMax, a catalytic filter solution with the capability of reducing organic hydrocarbon emissions. In June 2014, ABB launched my Location Intelligence to provide increased personal safety and production efficiency.

2. Inorganic growth strategies by key market players

Major market players are involved in organic strategies such as collaborations and partnerships, in order to gain a competitive edge in the market. For instance, in March 2013, Koppern Group partnered with Outotec Corporation. This helped the company in strengthening its comminution product range, which includes high intensity grinding (HIG) mills, semi-autogenous (SAG) mills, pebble mills, ball mills, and autogenous (AG) mills. In April 2013, KHD Humboldt Wedag International AG partnered with Weir Minerals for HPGR technology due to which the company would be receiving royalty payment on sale of HPGRs and its equipment.

Value Chain Analysis

The raw materials required to manufacture HPGR are metal, steel, rubber, plastic and other basic materials. A number of sub-components required for the manufacturing process are produced by tier 2 suppliers operating on small margins. Tier 1 suppliers are closely integrated with HPGR manufacturers for the production of specific components such as drive systems. The original equipment manufacturers (OEMs) purchase raw materials from global and domestic suppliers. Individual parts required for manufacturing HPGRs are either produced, or purchased and organized to form new machinery by OEMs. Research and development activities are very important to lower production costs and reduce the use of wearable parts in HPGRs. Apart from this, research and development is also essential in customizing the HPGR as per the customer’s requirements. Finished goods are either deployed directly or via dealers at the mining sites. In the HPGR industry, after sales service is a very crucial part of the value chain, as buyers rely heavily on the OEM maintenance services.

Global High Pressure Grinding Roller (HPGR) Market - Impact of Coronavirus (Covid-19) Pandemic

Metal and mining industry has been effected by the COVID 19 in many ways. First of all key players operating in the industry closed their production sites in order to reduce the spread of COVID 19. Furthermore, the demand of metals such as copper, iron and other remained low as automotive and electronics industries production was partially shut down particularly in India and China. Considering the negative effects on the mining industry, global high pressure grinding roller (HPGR) market witnessed shrink in the business, and it is expected to recover slowly over the year.

Competitive Section

Key players operating in the global high pressure grinding roller (HPGR) market are FLSmidth & Co. A/S, Metso Oyj, Koppern Group, CITIC Heavy Industries Co. Ltd. (CITIC HIC), ThyssenKrupp Industrial Solutions AG (Polysius AG), SGS S.A., KHD Humboldt Wedag International AG, Outotec Oyj, and ABB Ltd.

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maximizenetwork · 4 years ago

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Global Flat Carbon Steel Market : Forecast and Analysis (2020-2027)

Global Flat Carbon Steel Market was valued at USD xx Bn in 2019 and is expected to reach at USD xx Bn by 2027 at a CAGR of xx% over forecast period 2020-2027.

READ ALSONo Content Available

Global Flat Carbon Steel Market Dynamics:

However, factors such as volatile prices of raw material, stringent government regulations across various countries are restraining the market growth over forecast period.

Global Flat Carbon Steel Market Segmentation by Product

• Hot-Rolled Coils • Sheets and Plates • Galvanized Coils • Cold-Rolled Coils • Pre-Painted Steel Coils Global Flat Carbon Steel Market Segmentation by Application

• Building & Infrastructure • Automotive and other transport • Mechanical Equipment • Others Global Flat Carbon Steel Market Segmentation by Region

• North America • APAC • Europe • MEA& Africa • Latin America Global Flat Carbon Steel Market Major Market Players

p>About Us: Maximize Market Research provides B2B and B2C market research on 20,000 high growth emerging technologies & opportunities in Chemical, Healthcare, Pharmaceuticals, Electronics & Communications, Internet of Things, Food and Beverages, Aerospace and Defense and other manufacturing sectors.

Contact info: Name: Vikas Godage Organization: MAXIMIZE MARKET RESEARCH PVT. LTD. Email: [email protected] Website:www.maximizemarketresearch.com

#Flat Carbon Steel Market Analysis

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lilywhiteflower-blog · 6 years ago

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Matting Agents Market : Growth is expected to register highest CAGR 2017 - 2025

Matting Agents Market: Snapshot

Matting agents are applied on coatings in numerous applications in order to achieve a durable, scratch-proof finish and color stability. The global matting agents market has become commercially important in recent years due to the rising need for solutions to protect paints and coatings from environmental contaminants in various settings. The rapid growth of the industrial sector in several regions across the world is likely to ensure smooth growth of the global matting agents market in the coming years.

By application, the global matting agents market is segmented into industrial, leather, architecture, and wood. Industrial applications are likely to dominate the global matting agents market in the coming years due to the proclivity of metal industrial instruments to rust. The economic importance of industrial equipment as well as the risk of adverse consequences of rust to workers is likely to ensure steady dominance of the industrial sector in the global matting agents market. The increasing demand for leather ware in various sectors such as furniture and automotive is also likely to lead to steady demand from the matting agents market from the leather industry.

The booming manufacturing sector in rising Asia Pacific economies is likely to ensure steady dominance of the region in the global matting agents market in the coming years. India and China are thus likely to play a key role in the development of the global matting agents market, as the two economies have stepped up their efforts to boost the respective domestic manufacturing industry and are thus likely to witness robust industrialization in the coming years. Asia Pacific is also home to a booming automotive industry, which could help enable steady demand for matting agents in leather processing.

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Global Matting Agents Market: Overview

Matting agents are useful to achieve the desired matting effect, while at the same time, maintaining the performance properties of the coating including color stability, good flow, and physical and mechanical properties. There are various formulations of matting agents are available including epoxy, epoxy-polyester hybrids, and polyester-TGIC powder coating. Owing to its application for various purposes, the global matting agents market is projected for a healthy growth rate during the forecast period of 2017 to 2025.

This report on global market for matting agents is an in-depth study of all the important factors that are anticipated to influence the demand in the near future, and estimates their eventual impact. The report has been prepared using proven research methodologies and aims to serve as an asset to the buyers, helping them in making more informed business decisions. Besides overviewing the overall value chain of the matting agents market, the report also profiles a number of prominent players for their market share, product range, pricing and margin, and recent strategic decisions.

The global matting agents market can be segmented into organic or inorganic, on the basis of product. The segment of organic matting agents can be further sub-segmented into waxes and thermoplastics while inorganic segment includes silica and others. By formulation, the market can be categorized into waterborne, solventborne, powder, ultra-violet (UV), and others. By application, the market can be bifurcated into industrial, wood, leather, and architectural. The segment of industrial coatings matting agents is further sub-segmented into metals, papers, plastics, and printing inks. Geographically, the report evaluates the opportunities available in regions such as North America, Asia Pacific, Latin America, Europe, and the Middle East and Africa.

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Global Matting Agents Market: Trends and Opportunities

The growth of paints and coatings sector, along with increasing application of matting agents in various industrial and agricultural fields are the primary factor driving the market. With matting agents, the surfaces can achieve properties such as resistance against scratch, weathering, and water.

By product, the segment of inorganic matting agents dominates the demand, while organic segment is expected to remain steady during the forecast period. Among inorganic segments, silica-based products serve most of the demand, owing to its applications in paints, lacqures, coatings, varnishes, inks, and plastics. By formulation, waterborne has most of the demand while by application, architectural segment leads. Matting agents provide functions such as inertness, burnish and scrub resistance, film permeability, and high brightness.

Global Matting Agents Market: Regional Outlook

Currently, Asia Pacific is the most lucrative region for matting agents market, primarily driven by thriving manufacturing sectors in countries such as China and India. Rising awareness pertaining to matting agents is only further augmenting the demand from this region. Europe, on the other hand, has been projected to grow at the best growth rate during the forecast period, owing to its applications in wood coating, industrial coating, and architectural purposes. Several prominent companies in this market are based out of Europe, which will further favor the Europe matting agents market.

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Companies mentioned in the research report

Huber Engineered Materials, Evonik Industries, Deuteron, PPG, W.R. Grace & Co., and Baltimore innovations are some of the leading companies currently operational in global matting agents market. These players dominate with their customized and diverse product offerings. Although dificulties in obtaining a uniform gloss of UV coastings used to be the foremost challenge for these players, this has been considerably overcome by the development of innovative products in the recent past. In addition to that, several leading market participants are investing on modern laboratories to carry out research and development activities in order to develop advanced products.

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priyanka25universe-blog · 6 years ago

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Metal Surface Treatment Chemicals Market to Observe Strong Development by 2025

Various methods are available for the surface treatment of metals, before any operation such as printing, adhesion, or coating is carried out on the surface of the metals. The process of treatment of any component made from metal (or polymer) before application of coating on the surface of the component is known as surface treatment of metal. Surface treatment of the metal ensures that the metal surface can adhere to the coating or printing that is about to be applied to it as the treatment increases the surface energy level of the metal’s surface.

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The process of metal surface treatment is also known as coatings pretreatment. The process creates a barrier between the metal and its surrounding which acts as a protective wall, particularly against corrosion. The surface layer is formed due to chemical reaction, which is non-electrolytic in nature, between the metal surface and the treatment chemical solution. These layers are adherent, inorganic crystalline, or amorphous.

The protective film formed by the metal surface treatment chemicals is required to neutralize the possible anodic and cathodic corrosion areas. This provides an absorptive base for adhesion to finishes, such as paints. Commonly employed metal surface treatment chemicals include chemical conversion coatings. They are employed on metal parts that are to be painted. These chemical coatings are acidic in nature. They are employed before applying paint, which converts the metal surface into a metal phosphate surface. These coatings enhance the adhesion of paint by modifying the metal surface. Application of these coatings can either be a chemical process or an electro-chemical process.

Examples of conversion coating used as metal surface treatment chemicals include phosphate and chromate coatings with base metal as iron, nickel, or zinc. Metal oxides are also used in the process of metal surface treatment. Typically, chromate coatings are employed on aluminum substrate, whereas, phosphate coatings are used on steel or galvanized steel.

Products available for surface treatment of metal include protective oils, rust and scale removers, oil and dirt removers, detergent, and others. These products are applied as surface layer coating over the metal surface set for processing. These coatings are typically made of oxides, chromates, and phosphates. Different chemical coatings are available in the market. The metal substrates on which surface treatment chemicals are applied are of two types – ferrous and non-ferrous metals, based on which different products are available. Certain surface treatment chemicals can be applied on multiple metals.

Presently, focus on innovating and developing environment-friendly products in coatings pretreatment is on the rise. In order to remove heavy metals such as zinc, nickel, and phosphates from process water, several industries utilizing metal surface treatment chemicals have their in-house waste water pretreatment system. In spite of this, development of eco-friendly metal surface treatment chemicals is treated as cost effective alternative over waste water pretreatment process.

Numerous industries use metal surface treatment chemicals regularly. Metal surface treatment chemicals help enhance longevity of metals used in automotive or as construction materials. Examples of industries using metal surface treatment chemicals are automotive, construction, electrical, medical, industrial equipment, aerospace, etc.

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Sometimes, the paint applied onto a metal surface spills into different layers due to improper surface treatment of the metal body, which can be avoided through proper metal surface treatment process. The treatment chemicals allow the curing process to take place which enables mechanical bonding between metal surface and the paint. The quality of paint adhesion and field performance of the metal part are dependent on the quality of the paint quality and the conversion coating beneath it.

Key players in the metal surface treatment chemicals market include BASF SE, Vanchem Performance Chemicals, KYOEISHA CHEMICAL Co. LTD., AD International, and Tantec A/S.

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aadamdiederich512-blog · 7 years ago

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2021 Global Inorganic Metal Finishing Processes Market Analysis & Forecast Report

The global market for equipment, consumables and spares for inorganic metal finishing processes was valued at 64.5 billion in 2014 and is expected to reach 68.9 billion in 2015. This total market is further expected to increase at a compound annual growth rate (CAGR) of 7.4% from 73.6 billion in 2016 to 105 billion in 2021.

Market key players are: ABAKAN INC, ALBEMARLE CORP, CHEMTOOL INC, HEATBATH CORP, KROHN INDUSTRIES, SEQUA CORP, TIB CHEMICALS AG and UNIVERTICAL CORP.

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Table of Content:

Chapter 1 INTRODUCTION

STUDY GOALS AND OBJECTIVES

REASONS FOR DOING THE STUDY

INTENDED AUDIENCE

SCOPE AND FORMAT

INFORMATION SOURCES

METHODOLOGY

ANALYST'S CREDENTIALS

DISCLAIMER

Chapter 2 SUMMARY

Chapter 3 OVERVIEW

DEFINITION OF THE INDUSTRY

INDUSTRY CONCEPTS

IMPORTANCE OF THE INDUSTRY

LIFE CYCLE ASSESSMENT OF METAL FINISHING SYSTEM

LIFE CYCLE COST

TECHNOLOGY LIFE CYCLE

HISTORY OF ELECTROPLATING

HISTORY OF BRASS PLATING

HISTORY OF PRECIOUS METAL PLATING

HISTORY OF ANODIZING

HISTORY OF ETCHING

HISTORY OF METAL CLADDING

HISTORY OF ENAMEL COATING

HISTORY OF PHYSICAL VAPOR DEPOSITION/SPUTTERING

EMERGING METHODS FOR THE SURFACE TREATMENT OF METALS

PROCESS-INTEGRATED AUTOMATED PLATING

ALUMINUM PLATING FROM ORGANIC ELECTROLYTES

ENVIRONMENTAL ISSUES AND GOVERNMENT REGULATIONS

WATER

ENERGY

REGULATORY OVERVIEW

COMMON WASTES FROM METAL FINISHING OPERATIONS

WASTEWATER

SOLID AND HAZARDOUS WASTE

AIR EMISSIONS

OVERVIEW OF FEDERAL REGULATION OF METAL FINISHING

EPA REGULATIONS AND GUIDANCE FOR DEGREASERS

REGULATIONS REGARDING CHLORINATED SOLVENTS

NATIONAL EMISSION STANDARDS FOR HAZARDOUS AIR POLLUTANTS

EFFLUENT GUIDELINES AND STANDARDS FOR METAL FINISHING

EFFLUENT GUIDELINES AND STANDARDS FOR ELECTROPLATING

EUROPEAN REGULATIONS

END-OF-LIFE VEHICLE DIRECTIVES

WASTE ELECTRICAL AND ELECTRONIC EQUIPMENT

RESTRICTION OF HAZARDOUS SUBSTANCES

EUROPEAN SOLVENT EMISSIONS DIRECTIVE

REACH

WORLDWIDE REGULATIONS

CHINA

INDIA

Chapter 4 MARKET FOR INORGANIC METAL FINISHING TECHNOLOGIES AND RELATED EQUIPMENT

OVERVIEW

EQUIPMENT, CONSUMABLES AND SPARES FOR INORGANIC METAL FINISHING TECHNOLOGIES

GLOBAL MARKET

INORGANIC METAL COATING TECHNOLOGIES

GLOBAL MARKET

ELECTROPLATING TECHNOLOGIES AND EQUIPMENT

VAPOR DEPOSITION COATING TECHNOLOGIES AND EQUIPMENT

ELECTROLESS PLATING TECHNOLOGIES AND EQUIPMENT

CONVERSION COATING TECHNOLOGIES AND RELATED EQUIPMENT

METAL CLADDING TECHNOLOGIES AND RELATED EQUIPMENT

THERMAL SPRAY TECHNOLOGIES AND RELATED EQUIPMENT

CERAMIC COATING, VITREOUS ENAMELING AND OTHER COATING TECHNOLOGIES AND RELATED EQUIPMENT

SURFACE CLEANING TECHNOLOGIES

GLOBAL MARKET

SURFACE PRETREATMENT TECHNOLOGIES

GLOBAL MARKET

CONSUMABLES AND SPARES FOR METAL FINISHING EQUIPMENT

GLOBAL MARKET

Chapter 5 MARKET FOR APPLICATIONS OF INORGANIC METAL FINISHING TECHNOLOGIES

APPLICATIONS OF INORGANIC METAL COATING TECHNOLOGIES

APPLICATIONS OF ELECTROPLATING PROCESSES

APPLICATIONS OF ELECTROLESS PLATING

APPLICATIONS OF PVD COATINGS

APPLICATIONS OF CVD COATING

APPLICATIONS OF THERMO-REACTIVE DIFFUSION COATING

APPLICATIONS OF CONVERSION COATING TECHNOLOGIES

APPLICATIONS OF METAL CLADDING

APPLICATIONS OF THERMAL SPRAYING

APPLICATIONS OF CERAMIC COATING

APPLICATIONS OF VITREOUS ENAMEL COATING

APPLICATIONS OF MISCELLANEOUS COATINGS

APPLICATIONS OF SURFACE CLEANING TECHNOLOGIES

GLOBAL MARKET

GLOBAL MARKET FOR APPLICATIONS OF AQUEOUS/ ULTRASONIC CLEANING

GLOBAL MARKET FOR APPLICATIONS OF ELECTROCLEANING

GLOBAL MARKET FOR APPLICATIONS OF ABRASIVE BLASTING

GLOBAL MARKET FOR APPLICATIONS OF MISCELLANEOUS CLEANING PROCESSES

APPLICATIONS OF SURFACE PRETREATMENT TECHNOLOGIES

GLOBAL MARKET FOR APPLICATIONS OF MECHANICAL PRETREATMENT

GLOBAL MARKET FOR APPLICATIONS OF CHEMICAL PRETREATMENT

APPLICATIONS OF ELECTROPOLISHING

GLOBAL MARKET FOR APPLICATIONS OF MISCELLANEOUS PRETREATMENT PROCESSES

Chapter 6 INORGANIC METAL FINISHING TECHNOLOGIES

OVERVIEW

SURFACE COATINGS

FINISHING PROCESS

SURFACE PREPARATION

SURFACE PRETREATMENT

METAL COATING PROCESSES

METAL FINISHING EQUIPMENT

TYPES OF METAL FINISHING EQUIPMENT

CLEANING SYSTEMS

SOLVENT CLEANING SYSTEMS

AQUEOUS CLEANING SYSTEMS

ULTRASONIC CLEANING SYSTEMS

PVD COATING MACHINES

RECENT DEVELOPMENTS IN PVD COATING TECHNOLOGY

ADVANCES IN COATINGS

TITANIUM NITRIDE

TITANIUM CARBIDE AND NITRIDE

TITANIUM ALUMINUM NITRIDE/ALUMINUM TITANIUM NITRIDE

CHROMIUM NITRIDE

CHROMIUM NICKEL NITRIDE

LOW FRICTION COATING

AFTER-TREATMENT ACTIVITIES

DRYING USING HOT WATER

DRYING USING HOT AIR

DRYING USING AIR KNIVES

ENVIRONMENTAL CONSIDERATIONS

ENVIRONMENTAL CONSIDERATIONS DURING SURFACE PREPARATION

ENVIRONMENTAL CONSIDERATIONS IN ELECTROPLATING

ENVIRONMENTAL CONCERNS IN ELECTROLESS PLATING

PATENT ANALYSIS

Chapter 7 INDUSTRY STRUCTURE AND COMPETITIVE ANALYSIS

OVERVIEW

INORGANIC METAL FINISHING EQUIPMENT INDUSTRY

DRIVING FORCES IN METAL FINISHING EQUIPMENT INDUSTRY

Chapter 8 PROFILES OF LEADING COATING EQUIPMENT AND CONSUMABLES MANUFACTURERS

ABAKAN INC.

A BRITE CO. INC.

ADF SYSTEMS

ADVANCED CHEMICAL CO. INC.

A.E. AUBIN CO.

AIKEN CHEMICAL CO. INC.

ALBEMARLE CORP.

AMERICHEM ENGINEERING SERVICES

ANGSTROM ENGINEERING INC.

ARVIND ANTICOR LTD.

ATOTECH DEUTSCHLAND GMBH

BIRCHWOOD TECHNOLOGIES

BROCO PRODUCTS INC.

BUFFOLI IMPIANTI SRL

CHEMTOOL INC.

COLUMBIA CHEMICAL CORP.

C. UYEMURA & CO. LTD.

DALMAR PLATING AND ELECTROFORMING

ELEMENTIS PLC

GUYSON CORP. OF U.S.A.

HARDWOOD LINE MANUFACTURING CO.

HAUZER TECHNO COATING BV

HAVILAND ENTERPRISES

HEATBATH CORP.

HOUGHTON INTERNATIONAL INC.

HUBBARD-HALL INC.

INTERNATIONAL PLATING TECHNOLOGY LLC

KOLENE CORP.

KRAFT CHEMICAL CO.

KROHN INDUSTRIES

L.S. INDUSTRIES

LUSTER-ON PRODUCTS INC.

MAGNUS EQUIPMENT GROUP

MASS FINISHING INC.

THE MATCHLESS METAL POLISH CO.

M-C FINISHING SUPPLIES INC.

McGEAN-ROHCO INC.

METFAB TECHNOLOGIES

OERLIKON BALZERS HARTEC GMBH

PCI OF AMERICA

PETROFERM INC.

PKG EQUIPMENT INC.

PLATING EQUIPMENT LTD.

PLATING SPECIALISTS INC.

PLATIT AG

PRAXAIR SURFACE TECHNOLOGIES INC.

QUADRA CHEMICALS LTD.

ROCHESTER MIDLAND CORP.

SCHLOETTER GESMBH

SEQUA CORP.

SERVI SURE CORP.

STS INDUSTRIE SA

THE STUTZ CO.

SUPERIOR PLATING TECHNOLOGY CO. LTD.

SUR-FIN CHEMICAL CORP.

TECHNIC INC.

TIB CHEMICALS AG

TIODIZE CO. INC.

TITANIUM TANTALUM PRODUCTS LTD. (TITAN)

TRIMAC INDUSTRIES LLC

TRIPLE-S CHEMICAL PRODUCTS INC.

UNIVERTICAL CORP.

US POLYCHEMICAL CORP.

WESTBURY METALS GROUP INC.

Chapter 9 APPENDIX

LIST OF MANUFACTURERS

STANDARDS APPLICABLE TO METAL FINISHING INDUSTRY

REDUCING EMISSIONS

STANDARDS FOR DEGREASING

STANDARD FOR ANODIZING

ISO STANDARDS

SPECIFICATION STANDARDS

List of Table:

Summary Table : GLOBAL MARKET FOR EQUIPMENT, CONSUMABLES AND SPARES FOR INORGANIC METAL FINISHING PROCESSES BY TYPE, THROUGH 2021

Table 1 : GLOBAL MARKET STRUCTURE FOR INORGANIC METAL FINISHING TECHNOLOGIES, 2014

Table 2 : OVERVIEW OF WASTES GENERATED FROM SURFACE PREPARATION PROCESSES

Table 3 : OVERVIEW OF WASTES GENERATED FROM SURFACE FINISHING PROCESSES

Table 4 : OVERVIEW OF FEDERAL REGULATION OF THE METAL FINISHING INDUSTRY

Table 5 : GLOBAL MARKET FOR EQUIPMENT, CONSUMABLES AND SPARES FOR INORGANIC METAL FINISHING TECHNOLOGIES, THROUGH 2021

Table 6 : GLOBAL MARKET FOR EQUIPMENT, CONSUMABLES AND SPARES FOR INORGANIC METAL FINISHING TECHNOLOGIES BY REGION, THROUGH 2021

Table 7 : ASIA-PACIFIC MARKET FOR EQUIPMENT, CONSUMABLES AND SPARES FOR INORGANIC METAL FINISHING TECHNOLOGIES BY TYPE, THROUGH 2021

Table 8 : ASIA-PACIFIC MARKET FOR EQUIPMENT, CONSUMABLES AND SPARES FOR INORGANIC METAL FINISHING TECHNOLOGIES BY COUNTRY/REGION, THROUGH 2021

Table 9 : EUROPEAN MARKET FOR EQUIPMENT, CONSUMABLES AND SPARES FOR INORGANIC METAL FINISHING TECHNOLOGIES BY TYPE, THROUGH 2021

Table 10 : EUROPEAN MARKET FOR EQUIPMENT, CONSUMABLES AND SPARES FOR INORGANIC METAL FINISHING TECHNOLOGIES BY COUNTRY/REGION, THROUGH 2021

Table 11 : NORTH AMERICAN MARKET FOR EQUIPMENT, CONSUMABLES AND SPARES FOR INORGANIC METAL FINISHING TECHNOLOGIES BY TYPE, THROUGH 2021

Table 12 : NORTH AMERICAN MARKET FOR EQUIPMENT, CONSUMABLES AND SPARES FOR INORGANIC METAL FINISHING TECHNOLOGIES BY COUNTRY, THROUGH 2021

Table 13 : REST OF WORLD MARKET FOR EQUIPMENT, CONSUMABLES AND SPARES FOR INORGANIC METAL FINISHING TECHNOLOGIES BY TYPE, THROUGH 2021

Table 14 : REST OF WORLD MARKET FOR EQUIPMENT, CONSUMABLES AND SPARES FOR INORGANIC METAL FINISHING TECHNOLOGIES BY COUNTRY/REGION, THROUGH 2021

Table 15 : GLOBAL MARKET FOR INORGANIC METAL COATING TECHNOLOGIES AND RELATED EQUIPMENT BY TECHNOLOGY, THROUGH 2021

Table 16 : GLOBAL MARKET FOR INORGANIC METAL COATING TECHNOLOGIES AND RELATED EQUIPMENT BY REGION, THROUGH 2021

Table 17 : ASIA-PACIFIC MARKET FOR INORGANIC METAL COATING TECHNOLOGIES AND RELATED EQUIPMENT BY TECHNOLOGY, THROUGH 2021

Table 18 : ASIA-PACIFIC MARKET FOR INORGANIC METAL COATING TECHNOLOGIES AND RELATED EQUIPMENT BY COUNTRY/REGION, THROUGH 2021

Table 19 : EUROPEAN MARKET FOR INORGANIC METAL COATING TECHNOLOGIES AND RELATED EQUIPMENT BY TECHNOLOGY, THROUGH 2021

Table 20 : EUROPEAN MARKET FOR INORGANIC METAL COATING TECHNOLOGIES AND RELATED EQUIPMENT BY COUNTRY/REGION, THROUGH 2021

Table 21 : NORTH AMERICAN MARKET FOR INORGANIC METAL COATING TECHNOLOGIES AND RELATED EQUIPMENT BY TECHNOLOGY, THROUGH 2021

Table 22 : NORTH AMERICAN MARKET FOR INORGANIC METAL COATING TECHNOLOGIES AND RELATED EQUIPMENT BY COUNTRY, THROUGH 2021

Table 23 : REST OF WORLD MARKET FOR INORGANIC METAL COATING TECHNOLOGIES AND RELATED EQUIPMENT BY TECHNOLOGY, THROUGH 2021

Table 24 : REST OF WORLD MARKET FOR INORGANIC METAL COATING TECHNOLOGIES AND RELATED EQUIPMENT BY COUNTRY/REGION, THROUGH 2021

Table 25 : GLOBAL MARKET FOR ELECTROPLATING TECHNOLOGIES AND EQUIPMENT BY TECHNOLOGY, THROUGH 2021

Table 26 : GLOBAL MARKET FOR ELECTROPLATING TECHNOLOGIES AND EQUIPMENT BY REGION, THROUGH 2021

Table 27 : GLOBAL MARKET FOR VAPOR DEPOSITION COATING TECHNOLOGIES AND EQUIPMENT BY TYPE, THROUGH 2021

Table 28 : GLOBAL MARKET FOR VAPOR DEPOSITION COATING TECHNOLOGIES AND EQUIPMENT BY REGION, THROUGH 2021

Table 29 : GLOBAL MARKET FOR ELECTROLESS PLATING TECHNOLOGIES AND EQUIPMENT BY METHOD, THROUGH 2021

Table 30 : GLOBAL MARKET FOR ELECTROLESS PLATING TECHNOLOGIES AND EQUIPMENT BY REGION, THROUGH 2021

Table 31 : GLOBAL MARKET FOR CONVERSION COATING TECHNOLOGIES AND RELATED EQUIPMENT BY METHOD, THROUGH 2021

Table 32 : GLOBAL MARKET FOR CONVERSION COATING TECHNOLOGIES AND RELATED EQUIPMENT BY REGION, THROUGH 2021

Table 33 : GLOBAL MARKET FOR METAL CLADDING TECHNOLOGIES AND RELATED EQUIPMENT BY TYPE, THROUGH 2021

Table 34 : GLOBAL MARKET FOR METAL CLADDING TECHNOLOGIES AND RELATED EQUIPMENT BY REGION, THROUGH 2021

Table 35 : GLOBAL MARKET FOR THERMAL SPRAY TECHNOLOGIES AND RELATED EQUIPMENT BY TYPE, THROUGH 2021

Table 36 : GLOBAL MARKET FOR THERMAL SPRAY TECHNOLOGIES AND RELATED EQUIPMENT BY REGION, THROUGH 2021

Table 37 : GLOBAL MARKET FOR CERAMIC COATING, VITREOUS ENAMELING AND OTHER COATING TECHNOLOGIES AND RELATED EQUIPMENT BY PROCESS, THROUGH 2021

Table 38 : GLOBAL MARKET FOR CERAMIC COATING, VITREOUS ENAMELING AND OTHER COATING TECHNOLOGIES AND RELATED EQUIPMENT BY REGION, THROUGH 2021

Table 39 : GLOBAL MARKET FOR SURFACE CLEANING TECHNOLOGIES AND RELATED EQUIPMENT BY TYPE, THROUGH 2021

Table 40 : GLOBAL MARKET FOR SURFACE CLEANING TECHNOLOGIES AND RELATED EQUIPMENT BY REGION, THROUGH 2021

Table 41 : ASIA-PACIFIC MARKET FOR SURFACE CLEANING TECHNOLOGIES AND RELATED EQUIPMENT BY TYPE, THROUGH 2021

Table 42 : ASIA-PACIFIC MARKET FOR SURFACE CLEANING TECHNOLOGIES AND RELATED EQUIPMENT BY COUNTRY/REGION, THROUGH 2021

Table 43 : EUROPEAN MARKET FOR SURFACE CLEANING TECHNOLOGIES AND RELATED EQUIPMENT BY TYPE, THROUGH 2021

Table 44 : EUROPEAN MARKET FOR SURFACE CLEANING TECHNOLOGIES AND RELATED EQUIPMENT BY COUNTRY/REGION, THROUGH 2021

Table 45 : NORTH AMERICAN MARKET FOR SURFACE CLEANING TECHNOLOGIES AND RELATED EQUIPMENT BY TYPE, THROUGH 2021

Table 46 : NORTH AMERICAN MARKET FOR SURFACE CLEANING TECHNOLOGIES AND RELATED EQUIPMENT BY COUNTRY, THROUGH 2021

Table 47 : REST OF WORLD MARKET FOR SURFACE CLEANING TECHNOLOGIES AND RELATED EQUIPMENT BY TYPE, THROUGH 2021

Table 48 : REST OF WORLD MARKET FOR SURFACE CLEANING TECHNOLOGIES AND RELATED EQUIPMENT BY COUNTRY/REGION, THROUGH 2021

Table 49 : GLOBAL MARKET FOR SURFACE PRETREATMENT TECHNOLOGIES AND RELATED EQUIPMENT BY TYPE, THROUGH 2021

Table 50 : GLOBAL MARKET FOR SURFACE PRETREATMENT TECHNOLOGIES AND RELATED EQUIPMENT BY REGION, THROUGH 2021

Table 51 : ASIA-PACIFIC MARKET FOR SURFACE PRETREATMENT TECHNOLOGIES AND EQUIPMENT BY TYPE, THROUGH 2021

Table 52 : ASIA-PACIFIC MARKET FOR SURFACE PRETREATMENT TECHNOLOGIES AND EQUIPMENT BY COUNTRY/ REGION, THROUGH 2021

Table 53 : EUROPEAN MARKET FOR SURFACE PRETREATMENT TECHNOLOGIES AND EQUIPMENT BY TYPE, THROUGH 2021

Table 54 : EUROPEAN MARKET FOR SURFACE PRETREATMENT TECHNOLOGIES AND EQUIPMENT BY COUNTRY/REGION, THROUGH 2021

Table 55 : NORTH AMERICAN MARKET FOR SURFACE PRETREATMENT TECHNOLOGIES AND EQUIPMENT BY TYPE, THROUGH 2021

Table 56 : NORTH AMERICAN MARKET FOR SURFACE PRETREATMENT TECHNOLOGIES AND EQUIPMENT BY COUNTRY, THROUGH 2021

Table 57 : REST OF WORLD MARKET FOR SURFACE PRETREATMENT TECHNOLOGIES AND EQUIPMENT BY TYPE,THROUGH 2021

Table 58 : REST OF WORLD MARKET FOR SURFACE PRETREATMENT TECHNOLOGIES AND EQUIPMENT BY COUNTRY/REGION, THROUGH 2021

Table 59 : GLOBAL MARKET FOR CONSUMABLES AND SPARES FOR METAL FINISHING EQUIPMENT BY TYPE, THROUGH 2021

Table 60 : GLOBAL MARKET FOR CONSUMABLES AND SPARES FOR METAL FINISHING EQUIPMENT BY REGION, THROUGH 2021

Table 61 : ASIA-PACIFIC MARKET FOR CONSUMABLES AND SPARES FOR METAL FINISHING EQUIPMENT BY TYPE, THROUGH 2021

Table 62 : ASIA-PACIFIC MARKET FOR CONSUMABLES/SPARES FOR METAL FINISHING EQUIPMENT BY COUNTRY/REGION, THROUGH 2021

Table 63 : EUROPEAN MARKET FOR CONSUMABLES AND SPARES FOR METAL FINISHING EQUIPMENT BY TYPE, THROUGH 2021

Table 64 : EUROPEAN MARKET FOR CONSUMABLES/SPARES FOR METAL FINISHING EQUIPMENT BY COUNTRY/REGION, THROUGH 2021

Table 65 : NORTH AMERICAN MARKET FOR CONSUMABLES AND SPARES FOR METAL FINISHING EQUIPMENT BY TYPE, THROUGH 2021

Table 66 : NORTH AMERICAN MARKET FOR CONSUMABLES AND SPARES FOR METAL FINISHING EQUIPMENT BY COUNTRY, THROUGH 2021

Table 67 : REST OF WORLD MARKET FOR CONSUMABLES AND SPARES FOR METAL FINISHING EQUIPMENT BY TYPE, THROUGH 2021

Table 68 : REST OF WORLD MARKET FOR CONSUMABLES AND SPARES FOR METAL FINISHING EQUIPMENT BY COUNTRY/REGION, THROUGH 2021

Table 69 : GLOBAL MARKET FOR CHROMIUM PLATING BY APPLICATION, THROUGH 2021

Table 70 : GLOBAL MARKET FOR CHROMIUM PLATING BY REGION, THROUGH 2021

Table 71 : GLOBAL MARKET FOR BRASS/BRONZE PLATING BY APPLICATION, THROUGH 2021

Table 72 : GLOBAL MARKET FOR BRASS/BRONZE PLATING BY REGION, THROUGH 2021

Table 73 : GLOBAL MARKET FOR NICKEL PLATING BY APPLICATION, THROUGH 2021

Table 74 : GLOBAL MARKET FOR NICKEL PLATING BY REGION, THROUGH 2021

Table 75 : GLOBAL MARKET FOR COPPER PLATING BY APPLICATION, THROUGH 2021

Table 76 : GLOBAL MARKET FOR COPPER PLATING BY REGION, THROUGH 2021

Table 77 : GLOBAL MARKET FOR ZINC PLATING BY APPLICATION, THROUGH 2021

Table 78 : GLOBAL MARKET FOR ZINC PLATING BY REGION, THROUGH 2021

Table 79 : GLOBAL MARKET FOR CADMIUM PLATING BY APPLICATION, THROUGH 2021

Table 80 : GLOBAL MARKET FOR CADMIUM PLATING BY REGION, THROUGH 2021

Table 81 : GLOBAL MARKET FOR TIN PLATING BY APPLICATION, THROUGH 2021

Table 82 : GLOBAL MARKET FOR TIN PLATING BY REGION, THROUGH 2021

Table 83 : GLOBAL MARKET FOR PRECIOUS METAL PLATING BY TYPE, THROUGH 2021

Table 84 : GLOBAL MARKET FOR PRECIOUS METAL PLATING BY REGION, THROUGH 2021

Table 85 : GLOBAL MARKET FOR MISCELLANEOUS PLATING PROCESSES BY REGION, THROUGH 2021

Table 86 : GLOBAL MARKET FOR ELECTROLESS PLATING BY APPLICATION, THROUGH 2021

Table 87 : GLOBAL MARKET FOR ELECTROLESS PLATING BY REGION, THROUGH 2021

Table 88 : GLOBAL MARKET FOR PVD COATING BY APPLICATION, THROUGH 2021

Table 89 : GLOBAL MARKET FOR PVD COATING BY REGION, THROUGH 2021

Table 90 : GLOBAL MARKET FOR CVD COATINGS BY APPLICATION, THROUGH 2021

Table 91 : GLOBAL MARKET FOR CVD COATINGS BY REGION, THROUGH 2021

Table 92 : GLOBAL MARKET FOR TD COATING BY APPLICATION, THROUGH 2021

Table 93 : GLOBAL MARKET FOR TD COATING BY REGION, THROUGH 2021

Table 94 : GLOBAL MARKET FOR ANODIZING PROCESSES BY APPLICATION, THROUGH 2021

Table 95 : GLOBAL MARKET FOR ANODIZING PROCESSES BY REGION, THROUGH 2021

Table 96 : GLOBAL MARKET FOR PHOSPHATING BY APPLICATION, THROUGH 2021

Table 97 : GLOBAL MARKET FOR PHOSPHATING BY REGION, THROUGH 2021

Table 98 : GLOBAL MARKET FOR CHROMATING BY APPLICATION, THROUGH 2021

Table 99 : GLOBAL MARKET FOR CHROMATING BY REGION, THROUGH 2021

Table 100 : GLOBAL MARKET FOR ALUMINUM CLADDING BY APPLICATION, THROUGH 2021

Table 101 : GLOBAL MARKET FOR ALUMINUM CLADDING BY REGION, THROUGH 2021

Table 102 : GLOBAL MARKET FOR LASER CLADDING BY APPLICATION, THROUGH 2021

Table 103 : GLOBAL MARKET FOR LASER CLADDING BY REGION, THROUGH 2021

Table 104 : GLOBAL MARKET FOR THERMAL SPRAYING BY APPLICATION, THROUGH 2021

Table 105 : GLOBAL MARKET FOR THERMAL SPRAYING BY REGION, THROUGH 2021

Table 106 : GLOBAL MARKET FOR CERAMIC COATING BY APPLICATION, THROUGH 2021

Table 107 : GLOBAL MARKET FOR CERAMIC COATING BY REGION, THROUGH 2021

Table 108 : GLOBAL MARKET FOR VITREOUS ENAMEL COATING BY APPLICATION, THROUGH 2021

Table 109 : GLOBAL MARKET FOR VITREOUS ENAMEL COATING BY REGION, THROUGH 2021

Table 110 : GLOBAL MARKET FOR OTHER MISCELLANEOUS COATINGS BY REGION, THROUGH 2021

Table 111 : GLOBAL MARKET FOR SOLVENT CLEANING BY APPLICATION, THROUGH 2021

Table 112 : GLOBAL MARKET FOR SOLVENT CLEANING BY REGION, THROUGH 2021

Table 113 : GLOBAL MARKET FOR AQUEOUS/ULTRASONIC CLEANING BY APPLICATION, THROUGH 2021

Table 114 : GLOBAL MARKET FOR AQUEOUS/ULTRASONIC CLEANING BY REGION, THROUGH 2021

Table 115 : GLOBAL MARKET FOR ELECTROCLEANING BY APPLICATION, THROUGH 2021

Table 116 : GLOBAL MARKET FOR ELECTROCLEANING BY REGION, THROUGH 2021

Table 117 : GLOBAL MARKET FOR ABRASIVE BLASTING BY APPLICATION, THROUGH 2021

Table 118 : GLOBAL MARKET FOR ABRASIVE BLASTING BY REGION, THROUGH 2021

Table 119 : GLOBAL MARKET FOR MISCELLANEOUS CLEANING PROCESSES BY APPLICATION, THROUGH 2021

Table 120 : GLOBAL MARKET FOR MISCELLANEOUS CLEANING PROCESSES BY REGION, THROUGH 2021

Table 121 : GLOBAL MARKET FOR MECHANICAL PRETREATMENT BY APPLICATION, THROUGH 2021

Table 122 : GLOBAL MARKET FOR MECHANICAL PRETREATMENT BY REGION, THROUGH 2021

Table 123 : GLOBAL MARKET FOR CHEMICAL PRETREATMENT BY APPLICATION, THROUGH 2021

Table 124 : GLOBAL MARKET FOR CHEMICAL PRETREATMENT BY REGION, THROUGH 2021

Table 125 : GLOBAL MARKET FOR ELECTROPOLISHING BY APPLICATION, THROUGH 2021

Table 126 : GLOBAL MARKET FOR ELECTROPOLISHING BY REGION, THROUGH 2021

Table 127 : GLOBAL MARKET FOR MISCELLANEOUS PRETREATMENT PROCESSES BY APPLICATION, THROUGH 2021

Table 128 : GLOBAL MARKET FOR MISCELLANEOUS PRETREATMENT PROCESSES BY REGION, THROUGH 2021

Table 129 : CHART COMPARING PVD, CVD AND TD

Table 130 : PATENTS BY COUNTRY, 2013-2015

Table 131 : PATENTS ISSUED BASED ON VARIOUS TECHNOLOGIES, 2013-2015

Table 132 : PATENTS ISSUED BASED ON YEAR ISSUED, 2013-2015

Table 133 : PATENT ANALYSIS BASED ON NUMBER OF PATENTS ISSUED TO DIFFERENT COMPANIES, 2013-2015

Table 134 : LIST OF SAMPLE U.S. PATENTS FROM 2013 TO JUNE 2015

Table 135 : LIST OF MANUFACTURERS OF SURFACE CLEANING AND PRETREATMENT EQUIPMENT

Table 136 : LIST OF MANUFACTURERS OF ELECTROPLATING, ELECTROLESS PLATING AND ANODIZING EQUIPMENT

Table 137 : LIST OF MANUFACTURERS OF PVD COATING SYSTEMS

Table 138 : LIST OF MANUFACTURERS OF CONSUMABLES FOR INORGANIC METAL FINISHING PROCESSES

Table 139 : ORGANIZATIONS AND SOCIETIES SERVING THE METAL FINISHING FIELD

List of Figure:

Summary Figure : GLOBAL MARKET FOR EQUIPMENT, CONSUMABLES AND SPARES FOR INORGANIC METAL FINISHING PROCESSES BY TYPE, 2014-2021

Figure 1 : GLOBAL MARKET STRUCTURE FOR INORGANIC METAL FINISHING TECHNOLOGIES, 2014

Figure 2 : GLOBAL MARKET FOR EQUIPMENT, CONSUMABLES AND SPARES FOR INORGANIC METAL FINISHING TECHNOLOGIES, 2014-2021

Figure 3 : GLOBAL MARKET FOR EQUIPMENT, CONSUMABLES AND SPARES FOR INORGANIC METAL FINISHING TECHNOLOGIES BY REGION, 2014-2021

Figure 4 : ASIA-PACIFIC MARKET FOR EQUIPMENT, CONSUMABLES AND SPARES FOR INORGANIC METAL FINISHING TECHNOLOGIES BY TYPE, 2014-2021

Figure 5 : EUROPEAN MARKET FOR EQUIPMENT, CONSUMABLES AND SPARES FOR INORGANIC METAL FINISHING TECHNOLOGIES BY TYPE, 2014-2021

Figure 6 : NORTH AMERICAN MARKET FOR EQUIPMENT, CONSUMABLES AND SPARES FOR INORGANIC METAL FINISHING TECHNOLOGIES BY TYPE, 2014-2021

Figure 7 : REST OF WORLD MARKET FOR EQUIPMENT, CONSUMABLES AND SPARES FOR INORGANIC METAL FINISHING TECHNOLOGIES BY TYPE, 2014-2021

Figure 8 : GLOBAL MARKET FOR INORGANIC METAL COATING TECHNOLOGIES AND RELATED EQUIPMENT BY TECHNOLOGY, 2014-2021

Figure 9 : GLOBAL MARKET FOR INORGANIC METAL COATING TECHNOLOGIES AND RELATED EQUIPMENT BY REGION, 2014-2021

Figure 10 : ASIA-PACIFIC MARKET FOR INORGANIC METAL COATING TECHNOLOGIES AND RELATED EQUIPMENT BY TECHNOLOGY, 2014-2021

Figure 11 : EUROPEAN MARKET FOR INORGANIC METAL COATING TECHNOLOGIES AND RELATED EQUIPMENT BY TECHNOLOGY, 2014-2021

Figure 12 : NORTH AMERICAN MARKET FOR INORGANIC METAL COATING TECHNOLOGIES AND RELATED EQUIPMENT BY TECHNOLOGY, 2014-2021

Figure 13 : REST OF WORLD MARKET FOR INORGANIC METAL COATING TECHNOLOGIES AND RELATED EQUIPMENT BY TECHNOLOGY, 2014-2021

Figure 14 : GLOBAL MARKET FOR ELECTROPLATING TECHNOLOGIES AND EQUIPMENT BY TECHNOLOGY, 2014-2021

Figure 15 : GLOBAL MARKET FOR ELECTROPLATING TECHNOLOGIES AND EQUIPMENT BY REGION, 2014-2021

Figure 16 : GLOBAL MARKET FOR VAPOR DEPOSITION COATING TECHNOLOGIES AND EQUIPMENT BY TYPE, 2014-2021

Figure 17 : GLOBAL MARKET FOR VAPOR DEPOSITION COATING TECHNOLOGIES AND EQUIPMENT BY REGION, 2014-2021

Figure 18 : GLOBAL MARKET FOR ELECTROLESS PLATING TECHNOLOGIES AND EQUIPMENT BY METHOD, 2014-2021

Figure 19 : GLOBAL MARKET FOR ELECTROLESS PLATING TECHNOLOGIES AND EQUIPMENT BY REGION, 2014-2021

Figure 20 : GLOBAL MARKET FOR CONVERSION COATING TECHNOLOGIES AND RELATED EQUIPMENT BY METHOD, 2014-2021

Figure 21 : GLOBAL MARKET FOR CONVERSION COATING TECHNOLOGIES AND RELATED EQUIPMENT BY REGION, 2014-2021

Figure 22 : GLOBAL MARKET FOR METAL CLADDING TECHNOLOGIES AND RELATED EQUIPMENT BY TYPE, 2014-2021

Figure 23 : GLOBAL MARKET FOR METAL CLADDING TECHNOLOGIES AND RELATED EQUIPMENT BY REGION, 2014-2021

Figure 24 : GLOBAL MARKET FOR THERMAL SPRAY TECHNOLOGIES AND RELATED EQUIPMENT BY TYPE, 2014-2021

Figure 25 : GLOBAL MARKET FOR THERMAL SPRAY TECHNOLOGIES AND RELATED EQUIPMENT BY REGION, 2014-2021

Figure 26 : GLOBAL MARKET FOR CERAMIC COATING, VITREOUS ENAMELING AND OTHER COATING TECHNOLOGIES AND RELATED EQUIPMENT BY PROCESS, 2014-2021

Figure 27 : GLOBAL MARKET FOR CERAMIC COATING VITREOUS ENAMELING AND OTHER COATING TECHNOLOGIES AND RELATED EQUIPMENT BY REGION, 2014-2021

Figure 28 : GLOBAL MARKET FOR SURFACE CLEANING TECHNOLOGIES AND RELATED EQUIPMENT BY TYPE, 2014-2021

Figure 29 : GLOBAL MARKET FOR SURFACE CLEANING TECHNOLOGIES AND RELATED EQUIPMENT BY REGION, 2014-2021

Figure 30 : ASIA-PACIFIC MARKET FOR SURFACE CLEANING TECHNOLOGIES AND RELATED EQUIPMENT BY TYPE, 2014-2021

Figure 31 : EUROPEAN MARKET FOR SURFACE CLEANING TECHNOLOGIES AND RELATED EQUIPMENT BY TYPE, 2014-2021

Figure 32 : NORTH AMERICAN MARKET FOR SURFACE CLEANING TECHNOLOGIES AND RELATED EQUIPMENT BY TYPE, 2014-2021

Figure 33 : REST OF WORLD MARKET FOR SURFACE CLEANING TECHNOLOGIES AND RELATED EQUIPMENT BY TYPE, 2014-2021

Figure 34 : GLOBAL MARKET FOR SURFACE PRETREATMENT TECHNOLOGIES AND RELATED EQUIPMENT BY TYPE, 2014-2021

Figure 35 : GLOBAL MARKET FOR SURFACE PRETREATMENT TECHNOLOGIES AND RELATED EQUIPMENT BY REGION, 2014-2021

Figure 36 : ASIA-PACIFIC MARKET FOR SURFACE PRETREATMENT TECHNOLOGIES AND EQUIPMENT BY TYPE, 2014-2021

Figure 37 : EUROPEAN MARKET FOR SURFACE PRETREATMENT TECHNOLOGIES AND EQUIPMENT BY TYPE, 2014-2021

Figure 38 : NORTH AMERICAN MARKET FOR SURFACE PRETREATMENT TECHNOLOGIES AND EQUIPMENT BY TYPE, 2014-2021

Figure 39 : REST OF WORLD MARKET FOR SURFACE PRETREATMENT TECHNOLOGIES AND EQUIPMENT BY TYPE, 2014-2021

Figure 40 : GLOBAL MARKET FOR CONSUMABLES AND SPARES FOR METAL FINISHING EQUIPMENT BY TYPE, 2014-2021

Figure 41 : GLOBAL MARKET FOR CONSUMABLES AND SPARES FOR METAL FINISHING EQUIPMENT BY REGION, 2014-2021

Figure 42 : ASIA-PACIFIC MARKET FOR CONSUMABLES AND SPARES FOR METAL FINISHING EQUIPMENT BY TYPE, 2014-2021

Figure 43 : EUROPEAN MARKET FOR CONSUMABLES AND SPARES FOR METAL FINISHING EQUIPMENT BY TYPE, 2014-2021

Figure 44 : NORTH AMERICAN MARKET FOR CONSUMABLES AND SPARES FOR METAL FINISHING EQUIPMENT BY TYPE, 2014-2021

Figure 45 : REST OF WORLD MARKET FOR CONSUMABLES AND SPARES FOR METAL FINISHING EQUIPMENT BY TYPE, 2014-2021

Figure 46 : GLOBAL MARKET FOR CHROMIUM PLATING BY APPLICATION, 2014-2021

Figure 47 : GLOBAL MARKET FOR CHROMIUM PLATING BY REGION, 2014-2021

Figure 48 : GLOBAL MARKET FOR BRASS/BRONZE PLATING BY APPLICATION, 2014-2021

Figure 49 : GLOBAL MARKET FOR BRASS/BRONZE PLATING BY REGION, 2014-2021

Figure 50 : GLOBAL MARKET FOR NICKEL PLATING BY APPLICATION, 2014-2021

Figure 51 : GLOBAL MARKET FOR NICKEL PLATING BY REGION, 2014-2021

Figure 52 : GLOBAL MARKET FOR COPPER PLATING BY APPLICATION, 2014-2021

Figure 53 : GLOBAL MARKET FOR COPPER PLATING BY REGION, 2014-2021

Figure 54 : GLOBAL MARKET FOR ZINC PLATING BY APPLICATION, 2014-2021

Figure 55 : GLOBAL MARKET FOR ZINC PLATING BY REGION, 2014-2021

Figure 56 : GLOBAL MARKET FOR CADMIUM PLATING BY APPLICATION, 2014-2021

Figure 57 : GLOBAL MARKET FOR CADMIUM PLATING BY REGION, 2014-2021

Figure 58 : GLOBAL MARKET FOR TIN PLATING BY APPLICATION, 2014-2021

Figure 59 : GLOBAL MARKET FOR TIN PLATING BY REGION, 2014-2021

Figure 60 : GLOBAL MARKET FOR PRECIOUS METAL PLATING BY TYPE, 2014-2021

Figure 61 : GLOBAL MARKET FOR PRECIOUS METAL PLATING BY REGION, 2014-2021

Figure 62 : GLOBAL MARKET FOR MISCELLANEOUS PLATING PROCESSES BY REGION, 2014-2021

Figure 63 : GLOBAL MARKET FOR ELECTROLESS PLATING BY APPLICATION, 2014-2021

Figure 64 : GLOBAL MARKET FOR ELECTROLESS PLATING BY REGION, 2014-2021

Figure 65 : GLOBAL MARKET FOR PVD COATING BY APPLICATION, 2014-2021

Figure 66 : GLOBAL MARKET FOR PVD COATING BY REGION, 2014-2021

Figure 67 : GLOBAL MARKET FOR CVD COATINGS BY APPLICATION, 2014-2021

Figure 68 : GLOBAL MARKET FOR CVD COATINGS BY REGION, 2014-2021

Figure 69 : GLOBAL MARKET FOR TD COATING BY APPLICATION, 2014-2021

Figure 70 : GLOBAL MARKET FOR TD COATING BY REGION, 2014-2021

Figure 71 : GLOBAL MARKET FOR ANODIZING PROCESSES BY APPLICATION, 2014-2021

Figure 72 : GLOBAL MARKET FOR ANODIZING PROCESSES BY REGION, 2014-2021

Figure 73 : GLOBAL MARKET FOR PHOSPHATING BY APPLICATION, 2014-2021

Figure 74 : GLOBAL MARKET FOR PHOSPHATING BY REGION, 2014-2021

Figure 75 : GLOBAL MARKET FOR CHROMATING BY APPLICATION, 2014-2021

Figure 76 : GLOBAL MARKET FOR CHROMATING BY REGION, 2014-2021

Figure 77 : GLOBAL MARKET FOR ALUMINUM CLADDING BY APPLICATION, 2014-2021

Figure 78 : GLOBAL MARKET FOR ALUMINUM CLADDING BY REGION, 2014-2021

Figure 79 : GLOBAL MARKET FOR LASER CLADDING BY APPLICATION, 2014-2021

Figure 80 : GLOBAL MARKET FOR LASER CLADDING BY REGION, 2014-2021

Figure 81 : GLOBAL MARKET FOR THERMAL SPRAYING BY APPLICATION, 2014-2021

Figure 82 : GLOBAL MARKET FOR THERMAL SPRAYING BY REGION, 2014-2021

Figure 83 : GLOBAL MARKET FOR CERAMIC COATING BY APPLICATION, 2014-2021

Figure 84 : GLOBAL MARKET FOR CERAMIC COATING BY REGION, 2014-2021

Figure 85 : GLOBAL MARKET FOR VITREOUS ENAMEL COATING BY APPLICATION, 2014-2021

Figure 86 : GLOBAL MARKET FOR VITREOUS ENAMEL COATING BY REGION, 2014-2021

Figure 87 : GLOBAL MARKET FOR OTHER MISCELLANEOUS COATINGS BY REGION, 2014-2021

Figure 88 : GLOBAL MARKET FOR SOLVENT CLEANING BY APPLICATION, 2014-2021

Figure 89 : GLOBAL MARKET FOR SOLVENT CLEANING BY REGION, 2014-2021

Figure 90 : GLOBAL MARKET FOR AQUEOUS/ULTRASONIC CLEANING BY APPLICATION, 2014-2021

Figure 91 : GLOBAL MARKET FOR AQUEOUS/ULTRASONIC CLEANING BY REGION, 2014-2021

Figure 92 : GLOBAL MARKET FOR ELECTROCLEANING BY APPLICATION, 2014-2021

Figure 93 : GLOBAL MARKET FOR ELECTROCLEANING BY REGION, 2014-2021

Figure 94 : GLOBAL MARKET FOR ABRASIVE BLASTING BY APPLICATION, 2014-2021

Figure 95 : GLOBAL MARKET FOR ABRASIVE BLASTING BY REGION, 2014-2021

Figure 96 : GLOBAL MARKET FOR MISCELLANEOUS CLEANING PROCESSES BY APPLICATION, 2014-2021

Figure 97 : GLOBAL MARKET FOR MISCELLANEOUS CLEANING PROCESSES BY REGION, 2014-2021

Figure 98 : GLOBAL MARKET FOR MECHANICAL PRETREATMENT BY APPLICATION, 2014-2021

Figure 99 : GLOBAL MARKET FOR MECHANICAL PRETREATMENT BY REGION, 2014-2021

Figure 100 : GLOBAL MARKET FOR CHEMICAL PRETREATMENT BY APPLICATION, 2014-2021

Figure 101 : GLOBAL MARKET FOR CHEMICAL PRETREATMENT BY REGION, 2014-2021

Figure 102 : GLOBAL MARKET FOR ELECTROPOLISHING BY APPLICATION, 2014-2021

Figure 103 : GLOBAL MARKET FOR ELECTROPOLISHING BY REGION, 2014-2021

Figure 104 : GLOBAL MARKET FOR MISCELLANEOUS PRETREATMENT PROCESSES BY APPLICATION, 2014-2021

Figure 105 : GLOBAL MARKET FOR MISCELLANEOUS PRETREATMENT PROCESSES BY REGION, 2014-2021

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