当商品の販売は、2011年07月19日を持ちまして終了しました。
Abstract
Meeting Environmental Regulations Remains a Key Challenge for Protective Coating Suppliers
In a bid to increase workplace safety and ensure healthier environmental conditions,
international environmental regulations are becoming more stringent. Complex specifications
determined by several federal and local regulations, restrict the usage of certain coating
materials. As a result, protective coatings suppliers are introducing new low-solvent, solvent-free,
high-solids and waterborne products that meet low volatile organic compound standards. While this
poses a challenge for small and medium-sized suppliers, larger manufacturers seem to be in an
advantageous position. The larger manufacturers benefit through their continuous investments in
research and development that are aimed at producing much advanced coating systems to meet
anticipated future standards.
This Frost & Sullivan research service covers the U.S. protective coatings market. The study
identifies the various industrial segments that use protective coatings and examines the prevailing
trends. The study also discusses the key market drivers and restraints, provides in-depth market and
competitive analysis, and elaborates on the strategies employed by participants.
Demand for High Performance and Environment Friendly Coatings Drives Product Development
The need for environmental compliance is leading coating suppliers to continuously develop new
water-based and high-solids coatings such as waterborne acrylics that are more acceptable in the
market. However, these coatings are more difficult to formulate in comparison to traditional
solvent-based coatings and this could restrict their growth.
On the other hand, the wide range of applications also means that customers are looking for
coatings that can withstand the harshest of environmental conditions. Inorganic coatings offer
superior resistance to chemicals and abrasion, as well as give high level of color and gloss
retention and have displayed a successful track record in replacing organic coatings. "Either
way, strong customer demand for coatings with greater performance in terms of durability and
efficiency is a key driver for new product development in this market," notes the analyst of
this research.
Broadening the Product Portfolio will Help Cater to Multiple Segments
The demand for protective coatings is dependent on the investment levels in application markets.
"Coating suppliers need to broaden their product portfolio and cater to a variety of end-user
segments," says the analyst. "In this way, they can reduce their dependence on the
performance of one particular application segment and capture growth opportunities in fast growing
application segments.
The scheduled increase in funding of programs to facilitate repair and refurbishment of public
infrastructure -- bridges and highways -- is a positive development for the U.S. protective coatings
market. Maintenance projects account for 70 to 75 percent of the total protective coatings
consumption in the United States and show greater growth potential when compared to the new
construction market. Further, strong investment outlook in the pharmaceutical, water and wastewater,
and bridges and highways market is expected to boost the overall demand for protective coatings. In
order to make the best use of these opportunities, suppliers need to reduce their internal cost by
better utilization of economies of scale in sourcing raw materials, reducing overheads and cost of
distribution and increasing efficiency in manufacturing process.
Table of Contents
- 1. Executive Summary
- 1. Market Overview
- 1. Introduction
- 2. Competitive Analysis
- 3. Market and Product Trends
- 2. Major Research Findings
- 1. Opportunities and Forecasts
- 2. Market Segment Analysis
- 3. Strategic Conclusions
- 4. Glossary of Terms
- 2. Total U.S. Protective Coatings Market
- 1. Introduction
- 1. Market Overview and Definitions
- 2. Industry Challenges
- 3. Market Engineering Measurement Analysis
- 4. Product Analysis
- 2. Forecasts and Trends
- 1. Revenue Forecasts
- 2. Market Drivers
- 3. Market Restraints
- 4. Market Trends
- 5. Product Trends
- 6. Pricing Analysis
- 3. Competitive Analysis
- 1. Competitive Structure
- 2. Market Share Analysis
- 4. Market Engineering Strategies
- 1. Introduction
- 2. Strategic Recommendations
- 5. Frost & Sullivan Awards
- 1. Product Line Strategy Leadership Award
- 2. Technology Leadership Award
- 3. Market Leadership Award
- 4. Product Differentiation Innovation Award
- 3. U.S. Oil and Gas Protective Coatings Market
- 1. Overall Market
- 1. Market Overview and Definitions
- 2. Market Engineering Measurement Analysis
- 3. Product Analysis
- 2. Market Engineering Revenue Forecasts
- 1. Market Drivers
- 2. Market Restraints
- 3. Revenue Forecasts
- 3. Trend Analysis
- 1. Market Trends
- 2. Product Trends
- 4. Competitive Analysis
- 1. Competitive Structure
- 2. Market Share Analysis
- 4. U.S. Power Generation Protective Coatings Market
- 1. Overall Market
- 1. Market Overview and Definitions
- 2. Market Engineering Measurement Analysis
- 3. Product Analysis
- 2. Market Engineering Revenue Forecasts
- 1. Market Drivers
- 2. Market Restraints
- 3. Revenue Forecasts
- 3. Trend Analysis
- 1. Market Trends
- 2. Product Trends
- 4. Competitive Analysis
- 1. Competitive Structure
- 2. Market Share Analysis
- 5. U.S. Transportation Protective Coatings Market
- 1. Overall Market
- 1. Market Overview and Definitions
- 2. Market Engineering Measurement Analysis
- 3. Product Analysis
- 2. Market Engineering Revenue Forecasts
- 1. Market Drivers
- 2. Market Restraints
- 3. Revenue Forecasts
- 3. Trend Analysis
- 1. Market Trends
- 2. Product Trends
- 4. Competitive Analysis
- 1. Competitive Structure
- 2. Market Share Analysis
- 5. Strategic Analysis and Forecast by Application Markets
- 1. Bridges and Highways Applications
- 2. Railcars Applications
- 6. U.S. Water and Wastewater Protective Coatings Market
- 1. Overall Market
- 1. Market Overview and Definitions
- 2. Market Engineering Measurement Analysis
- 3. Product Analysis
- 2. Market Engineering Revenue Forecasts
- 1. Market Drivers
- 2. Market Restraints
- 3. Revenue Forecasts
- 3. Trend Analysis
- 1. Market Trends
- 2. Product Trends
- 4. Competitive Analysis
- 1. Competitive Structure
- 2. Market Share Analysis
- 5. Strategic Analysis and Forecast by Application Markets
- 1. Water Storage Applications
- 2. Water and Wastewater Treatment Applications
- 7. U.S. Commercial Architecture Protective Coatings Market
- 1. Overall Market
- 1. Market Overview and Definitions
- 2. Market Engineering Measurement Analysis
- 2. Market Engineering Revenue Forecasts
- 1. Market Drivers
- 2. Market Restraints
- 3. Revenue Forecasts
- 3. Trend Analysis
- 1. Market Trends
- 2. Product Trends
- 4. Competitive Analysis
- 1. Competitive Structure
- 2. Market Share Analysis
- 8. U.S. Manufacturing Protective Coatings Market
- 1. Overall Market
- 1. Market Overview and Definitions
- 2. Market Engineering Measurement Analysis
- 2. Market Engineering Revenue Forecasts
- 1. Market Drivers
- 2. Market Restraints
- 3. Revenue Forecasts
- 3. Trend Analysis
- 4. Competitive Analysis
- 1. Competitive Structure
- 2. Market Share Analysis
- 5. Strategic Analysis and Forecast by Application Markets
- 1. Food and Beverage Applications
- 2. Pulp and Paper Applications
- 3. Pharmaceutical Applications
- 4. Other Applications
- 9. Appendix
- 1. Decision Support Database Tables
- 1. US Nominal GDP Forecast
- 2. Historical New Construction in the U.S. Nonresidential Market
- 3. Historical New Construction in the U.S. Power Generation Market
- 4. Historical New Construction in the U.S. Public Highway and Street Market
- 5. Historical New Construction in the U.S. Water Supply Market
- 6. Historical New Construction in the U.S. Commercial Infrastructure Market
