Global Energy Efficient Windows Market : Industry Analysis and Forecast (2019-2026)-by Glazing Type, Component, Application, End-Use Sector, Region.

Global Energy Efficient Windows Market : Industry Analysis and Forecast (2019-2026)-by Glazing Type, Component, Application, End-Use Sector, Region.

Market Scenario

Global energy efficient windows market is expected to reach US$ 4.50 Bn in 2018  and US$ XX Bn by 2026, at a CAGR of XX% during forecast period. Energy Efficient Windows Market, by Region Energy efficient windows market is segmented into glazing type, component, application, end-use sector, & region. Market for glazing is further segmented by double, double low-e, double gas-filled, double low-e, gas-filled, triple, ripple low-e, and triple gas-filled, triple low-e, gas-filled. On basis of component market is divided into glass, frame, and hardware. Application is divided by replacement & renovation, new construction. On the basis of end use sector market is segmented into residential, non-residential. Geographically market is segmented into North America, Europe, Asia pacific, Middle East & Africa, and Latin America. On the basis of application, the replacement & renovation segment is estimated to grow at a highest CAGR from 2017 to 2026. This growth can be recognised to the existing base of installed windows, which need replacement over the years. Growth in concerns with regard to energy consumption and growing in trend of supportable construction is also expected to boost the homeowners and building contractors to switch to energy-efficient windows for replacement purpose, mainly in developed markets. The European region contributes a major market share in the global energy-efficient windows market. However, the European market is estimated to grow at a comparatively lower rate than other regions as a result of weak construction demand in the region. The Asia-Pacific region is projected to register the highest growth from 2017 to 2026, while China is projected to be fastest-growing country-level market in the region for energy-efficient windows market. Key players operated in energy efficient windows market are Saint-Gobain S.A., Nippon Sheet Glass Co. Ltd., Asahi Glass Co. Ltd., PPG Industries, Inc., and SCHOTT Ag., Masco Corporation, Builders FirstSource, Inc., Jeld-Wen Holding, Inc., YKK AP, Inc., Ply Gem Holdings, Inc., BMC Stock Holdings, Inc.,Associated Materials LLC., Turkiye Sise Ve Cam Fabrikalari A.S., VKR Holding A/S, Drew Industries Incorporated, Inwido AB, China Glass Holding Limited , Anderson Corporation, Atrium Corporation, Guardian Industries Corp, Harvey Building Products, Kolbe & Kolbe Millwork Co., Inc., Marvin Windows and Doors , Pella Corporation, Soft-Lite LLC, Ultraframe Ltd , Weather Shield Manufacturing Incorporated . The objective of the report is to present comprehensive analysis of Global Energy Efficient Windows Market for automotive 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 analysis of complicated data in simple language. The report covers all the aspects of industry with dedicated study of key players that includes Market leaders, followers and new entrants by region. PORTER, SVOR, PESTEL analysis with the potential impact of micro-economic factors by region on 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 analyzed, which will give clear futuristic view of the industry to the decision makers. The report also helps in understanding Global Energy Efficient Windows Market for automotive dynamics, structure by analyzing the Market segments, and project the Global Energy Efficient Windows Market for automotive size. Clear representation of competitive analysis of key players by type, price, financial position, product portfolio, growth strategies, and regional presence in the Global Energy Efficient Windows Market for automotive the report investor’s guide.

Scope of Energy Efficient Windows Market:

Energy Efficient Windows Market, by Glazing Type

• Double • Double low-e • Double gas-filled • Double low-e, gas-filled • Triple • Ripple low-e • Triple gas-filled • Triple low-e, gas-filled

Energy Efficient Windows Market, by Component

• Glass • Frame • Hardware

Energy Efficient Windows Market, by Application

• Replacement & renovation • New construction

Energy Efficient Windows Market, by End-Use Sector

• Residential • Non-residential

Energy Efficient Windows Market, by Region

• North America • Europe • Asia-Pacific • Middle East & Africa • Latin America

Key players operated in Energy Efficient Windows Market:

• Saint-Gobain S.A. • Nippon Sheet Glass Co. Ltd. • Asahi Glass Co. Ltd. • PPG Industries, Inc. • SCHOTT Ag. • Masco Corporation • Builders FirstSource, Inc. • Jeld-Wen Holding, Inc. • YKK AP, Inc. • Ply Gem Holdings, Inc. • BMC Stock Holdings • Inc.,Associated Materials LLC. • Turkiye Sise Ve Cam Fabrikalari A.S • VKR Holding A/S • Drew Industries Incorporated • Inwido AB • China Glass Holding Limited • Anderson Corporation • Atrium Corporation • Guardian Industries Corp • Harvey Building Products • Kolbe & Kolbe Millwork Co., Inc. • Marvin Windows and Doors • Pella Corporation • Soft-Lite LLC • Ultraframe Ltd • Weather Shield Manufacturing Incorporated . Global Mobile Security Market

Table of Contents

Global energy efficient windows market

1. Preface 1.1. Report Scope and Market Segmentation 1.2. Research Highlights 1.3. Research Objectives 1.4. Key Questions Answered 2. Assumptions and Research Methodology 2.1. Report Assumptions 2.2. Abbreviations Used 2.3. Research Methodology 3. Executive Summary 3.1. Global Energy Efficient Windows Size, By Market Value (US$ Bn) and Market, By Region 4. Market Overview 4.1. Introduction 4.2. Market Indicator 4.3. Drivers and Restraints Snapshot Analysis 4.3.1. Drivers 4.3.2. Restraints 4.3.3. Opportunities 4.3.4. Porter’s Analysis 4.3.5. Value Chain Analysis 4.3.6. SWOT Analysis 4.4.Global energy efficient windows market Industry Trends and Emerging Technologies 5. Global Energy Efficient Windows Analysis and Forecast 5.1. Global Energy Efficient Windows Analysis and Forecast 5.2. Global Energy Efficient Windows Size& Y-o-Y Growth Analysis 5.2.1. North America 5.2.2. Europe 5.2.3. Asia Pacific 5.2.4. Middle East & Africa 5.2.5. Latin America 6. Global Energy Efficient Windows Analysis and Forecast, By Glazing Type 6.1. Introduction and Definition 6.2. Key Findings 6.3. Global Energy Efficient Windows Value Share Analysis, By Glazing Type 6.4. Market Size (US$ Bn) Forecast, By Glazing Type 6.5. Energy Efficient Windows Analysis, By Glazing Type 6.6. Global Energy Efficient Windows Attractiveness Analysis, By Glazing Type 7. Global Energy Efficient Windows Analysis and Forecast, By Component 7.1. Introduction and Definition 7.2. Global Energy Efficient Windows Value Share Analysis, By Component 7.3. Market Size (US$ Bn) Forecast, By Component 7.4. Global Energy Efficient Windows Analysis, By Component 7.5. Global Energy Efficient Windows Attractiveness Analysis, By Component 8. Global Energy Efficient Windows Analysis and Forecast, By Application 8.1. Introduction and Definition 8.2. Global Energy Efficient Windows Value Share Analysis, By Application 8.3. Market Size (US$ Bn) Forecast, By Application 8.4. Global Energy Efficient Windows Analysis, By Application 8.5. Global Energy Efficient Windows Attractiveness Analysis, By Application 9. Global Energy Efficient Windows Analysis and Forecast, By End-Use Sector 9.1. Introduction and Definition 9.2. Global Energy Efficient Windows Value Share Analysis, By End-Use Sector 9.3. Market Size (US$ Bn) Forecast, By End-Use Sector 9.4. Global Energy Efficient Windows Analysis, By End-Use Sector 9.5. Global Energy Efficient Windows Attractiveness Analysis, By End-Use Sector 10. Global Energy Efficient Windows Analysis, By Region 10.1. Global Energy Efficient Windows Value Share Analysis, By Region 10.2. Market Size (US$ Bn) Forecast, By Region 10.3. Global Energy Efficient Windows Attractiveness Analysis, By Region 11. North America Energy Efficient Windows Analysis 11.1. Key Findings 11.2. North America Energy Efficient Windows Overview 11.3. North America Energy Efficient Windows Value Share Analysis, By Glazing Type 11.4. North America Energy Efficient Windows Forecast, By Glazing Type 11.4.1. Double 11.4.2. Double low-e 11.4.3. Double gas-filled 11.4.4. Double low-e, gas-filled 11.4.5. Triple 11.4.6. Ripple low-e 11.4.7. Triple gas-filled 11.4.8. Triple low-e, gas-filled 11.5. North America Energy Efficient Windows Value Share Analysis, By Component 11.6. North America Energy Efficient Windows Forecast, By Component 11.6.1. Glass 11.6.2. Frame 11.6.3. Hardware 11.7. North America Energy Efficient Windows Value Share Analysis, By Application 11.8. North America Energy Efficient Windows Forecast, By Application 11.8.1. Replacement & renovation 11.8.2. New construction 11.9. North America Energy Efficient Windows Value Share Analysis, By End-Use Sector 11.10. North America Energy Efficient Windows Forecast, By End-Use Sector 11.10.1. Residential 11.10.2. Non-residential 11.11. North America Energy Efficient Windows Value Share Analysis, By Country 11.12. North America Energy Efficient Windows Forecast, By Country 11.12.1.1. U.S., 2018–2026 11.12.1.2. Canada, 2018–2026 11.13. North America Energy Efficient Windows Analysis, By Country 11.14. U.S. Energy Efficient Windows Forecast, By Glazing Type 11.14.1. Double 11.14.2. Double low-e 11.14.3. Double gas-filled 11.14.4. Double low-e, gas-filled 11.14.5. Triple 11.14.6. Ripple low-e 11.14.7. Triple gas-filled 11.14.8. Triple low-e, gas-filled 11.15. U.S. Energy Efficient Windows Forecast, By Component 11.15.1. Glass 11.15.2. Frame 11.15.3. Hardware 11.16. U.S. Energy Efficient Windows Forecast, By Application 11.16.1. Replacement & renovation 11.16.2. New construction 11.17. U.S. Energy Efficient Windows Forecast, By End-Use Sector 11.17.1. Residential 11.17.2. Non-residential 11.18. Canada Energy Efficient Windows Forecast, By Glazing Type 11.18.1. Double 11.18.2. Double low-e 11.18.3. Double gas-filled 11.18.4. Double low-e, gas-filled 11.18.5. Triple 11.18.6. Ripple low-e 11.18.7. Triple gas-filled 11.18.8. Triple low-e, gas-filled 11.19. Canada Energy Efficient Windows Forecast, By Component 11.19.1. Glass 11.19.2. Frame 11.19.3. Hardware 11.20. Canada Energy Efficient Windows Forecast, By Application 11.20.1. Replacement & renovation 11.20.2. New construction 11.21. Canada Energy Efficient Windows Forecast, By End-Use Sector 11.21.1. Residential 11.21.2. Non-residential 11.22. North America Energy Efficient Windows Attractiveness Analysis 11.22.1. By Glazing Type 11.22.2. By Component 11.22.3. By Application 11.22.4. By End-Use Sector 11.23. PEST Analysis 12. Europe Energy Efficient Windows Analysis 12.1. Key Findings 12.2. Europe Energy Efficient Windows Overview 12.3. Europe Energy Efficient Windows Value Share Analysis, By Glazing Type 12.4. Europe Energy Efficient Windows Forecast, By Glazing Type 12.4.1. Double 12.4.2. Double low-e 12.4.3. Double gas-filled 12.4.4. Double low-e, gas-filled 12.4.5. Triple 12.4.6. Ripple low-e 12.4.7. Triple gas-filled 12.4.8. Triple low-e, gas-filled 12.5. Europe Energy Efficient Windows Value Share Analysis, By Component 12.6. Europe Energy Efficient Windows Forecast, By Component 12.6.1. Glass 12.6.2. Frame 12.6.3. Hardware 12.7. Europe Energy Efficient Windows Value Share Analysis, By Application 12.8. Europe Energy Efficient Windows Forecast, By Application 12.8.1. Replacement & renovation 12.8.2. New construction 12.9. Europe Energy Efficient Windows Value Share Analysis, By End-Use Sector 12.10. Europe Energy Efficient Windows Forecast, By End-Use Sector 12.10.1. Residential 12.10.2. Non-residential 12.11. Europe Energy Efficient Windows Value Share Analysis, By Country 12.12. Europe Energy Efficient Windows Forecast, By Country 12.12.1.1. Germany 12.12.1.2. U.K. 12.12.1.3. France 12.12.1.4. Italy 12.12.1.5. Spain 12.12.1.6. Rest of Europe 12.13. Europe Energy Efficient Windows Analysis, By Country/ Sub-region 12.14. Germany Energy Efficient Windows Forecast, By Glazing Type 12.14.1. Double 12.14.2. Double low-e 12.14.3. Double gas-filled 12.14.4. Double low-e, gas-filled 12.14.5. Triple 12.14.6. Ripple low-e 12.14.7. Triple gas-filled 12.14.8. Triple low-e, gas-filled 12.15. Germany Energy Efficient Windows Forecast, By Component 12.15.1. Glass 12.15.2. Frame 12.15.3. Hardware 12.16. Germany Energy Efficient Windows Forecast, By Application 12.16.1. Replacement & renovation 12.16.2. New construction 12.17. Germany Energy Efficient Windows Forecast, By End-Use Sector 12.17.1. Residential 12.17.2. Non-residential 12.18. U.K. Energy Efficient Windows Forecast, By Glazing Type 12.18.1. Double 12.18.2. Double low-e 12.18.3. Double gas-filled 12.18.4. Double low-e, gas-filled 12.18.5. Triple 12.18.6. Ripple low-e 12.18.7. Triple gas-filled 12.18.8. Triple low-e, gas-filled 12.19. U.K. Energy Efficient Windows Forecast, By Component 12.19.1. Glass 12.19.2. Frame 12.19.3. Hardware 12.20. U.K. Energy Efficient Windows Forecast, By Application 12.20.1. Replacement & renovation 12.20.2. New construction 12.21. U.K. Energy Efficient Windows Forecast, By End-Use Sector 12.21.1. Residential 12.21.2. Non-residential 12.22. France Energy Efficient Windows Forecast, By Glazing Type 12.22.1. Double 12.22.2. Double low-e 12.22.3. Double gas-filled 12.22.4. Double low-e, gas-filled 12.22.5. Triple 12.22.6. Ripple low-e 12.22.7. Triple gas-filled 12.22.8. Triple low-e, gas-filled 12.23. France Energy Efficient Windows Forecast, By Component 12.23.1. Glass 12.23.2. Frame 12.23.3. Hardware 12.24. France Energy Efficient Windows Forecast, By Application 12.24.1. Replacement & renovation 12.24.2. New construction 12.25. France Energy Efficient Windows Forecast, By End-Use Sector 12.25.1. Residential 12.25.2. Non-residential 12.26. Italy Energy Efficient Windows Forecast, By Glazing Type 12.26.1. Double 12.26.2. Double low-e 12.26.3. Double gas-filled 12.26.4. Double low-e, gas-filled 12.26.5. Triple 12.26.6. Ripple low-e 12.26.7. Triple gas-filled 12.26.8. Triple low-e, gas-filled 12.27. Italy Energy Efficient Windows Forecast, By Component 12.27.1. Glass 12.27.2. Frame 12.27.3. Hardware 12.28. Italy Energy Efficient Windows Forecast, By Application 12.28.1. Replacement & renovation 12.28.2. New construction 12.29. Italy Energy Efficient Windows Forecast, By End-Use Sector 12.29.1. Residential 12.29.2. Non-residential 12.30. Spain Energy Efficient Windows Forecast, By Glazing Type 12.30.1. Double 12.30.2. Double low-e 12.30.3. Double gas-filled 12.30.4. Double low-e, gas-filled 12.30.5. Triple 12.30.6. Ripple low-e 12.30.7. Triple gas-filled 12.30.8. Triple low-e, gas-filled 12.31. Spain Energy Efficient Windows Forecast, By Component 12.31.1. Glass 12.31.2. Frame 12.31.3. Hardware 12.32. Spain Energy Efficient Windows Forecast, By Application 12.32.1. Replacement & renovation 12.32.2. New construction 12.33. Spain Energy Efficient Windows Forecast, By End-Use Sector 12.33.1. Residential 12.33.2. Non-residential 12.34. Rest of Europe Energy Efficient Windows Forecast, By Glazing Type 12.34.1. Double 12.34.2. Double low-e 12.34.3. Double gas-filled 12.34.4. Double low-e, gas-filled 12.34.5. Triple 12.34.6. Ripple low-e 12.34.7. Triple gas-filled 12.34.8. Triple low-e, gas-filled 12.35. Rest of Europe Energy Efficient Windows Forecast, By Component 12.35.1. Glass 12.35.2. Frame 12.35.3. Hardware 12.36. Rest of Europe Energy Efficient Windows Forecast, By Application 12.36.1. Replacement & renovation 12.36.2. New construction 12.37. Rest Of Europe Energy Efficient Windows Forecast, By End-Use Sector 12.37.1. Residential 12.37.2. Non-residential 12.38. Europe Energy Efficient Windows Attractiveness Analysis 12.38.1. By Glazing Type 12.38.2. By Component 12.38.3. By Application 12.38.4. By End-Use Sector 12.39. PEST Analysis 13. Asia Pacific Energy Efficient Windows Analysis 13.1. Key Findings 13.2. Asia Pacific Energy Efficient Windows Overview 13.3. Asia Pacific Energy Efficient Windows Value Share Analysis, By Glazing Type 13.4. Asia Pacific Energy Efficient Windows Forecast, By Glazing Type 13.4.1. Double 13.4.2. Double low-e 13.4.3. Double gas-filled 13.4.4. Double low-e, gas-filled 13.4.5. Triple 13.4.6. Ripple low-e 13.4.7. Triple gas-filled 13.4.8. Triple low-e, gas-filled 13.5. Asia Pacific Energy Efficient Windows Value Share Analysis, By Component 13.6. Asia Pacific Energy Efficient Windows Forecast, By Component 13.6.1. Glass 13.6.2. Frame 13.6.3. Hardware 13.7. Asia Pacific Energy Efficient Windows Value Share Analysis, By Application 13.8. Asia Pacific Energy Efficient Windows Forecast, By Application 13.8.1. Replacement & renovation 13.8.2. New construction 13.9. Asia Pacific Energy Efficient Windows Value Share Analysis, By End-Use Sector 13.10. Asia Pacific Energy Efficient Windows Forecast, By End-Use Sector 13.10.1. Residential 13.10.2. Non-residential 13.11. Asia Pacific Energy Efficient Windows Value Share Analysis, By Country 13.12. Asia Pacific Energy Efficient Windows Forecast, By Country 13.12.1. China, 2018–2026 13.12.2. India, 2018–2026 13.12.3. Japan, 2018–2026 13.12.4. ASEAN, 2018–2026 13.12.5. Rest of Asia Pacific, 2018–2026 13.13. Asia Pacific Energy Efficient Windows Analysis, By Country/ Sub-region 13.14. China Energy Efficient Windows Forecast, By Glazing Type 13.14.1. Double 13.14.2. Double low-e 13.14.3. Double gas-filled 13.14.4. Double low-e, gas-filled 13.14.5. Triple 13.14.6. Ripple low-e 13.14.7. Triple gas-filled 13.14.8. Triple low-e, gas-filled 13.15. China Energy Efficient Windows Forecast, By Component 13.15.1. Glass 13.15.2. Frame 13.15.3. Hardware 13.16. China Energy Efficient Windows Forecast, By Application 13.16.1. Replacement & renovation 13.16.2. New construction 13.17. China Energy Efficient Windows Forecast, By End-Use Sector 13.17.1. Residential 13.17.2. Non-residential 13.18. India Energy Efficient Windows Forecast, By Glazing Type 13.18.1. Double 13.18.2. Double low-e 13.18.3. Double gas-filled 13.18.4. Double low-e, gas-filled 13.18.5. Triple 13.18.6. Ripple low-e 13.18.7. Triple gas-filled 13.18.8. Triple low-e, gas-filled 13.19. India Energy Efficient Windows Forecast, By Component 13.19.1. Glass 13.19.2. Frame 13.19.3. Hardware 13.20. India Energy Efficient Windows Forecast, By Application 13.20.1. Replacement & renovation 13.20.2. New construction 13.21. India Energy Efficient Windows Forecast, By End-Use Sector 13.21.1. Residential 13.21.2. Non-residential 13.22. Japan Energy Efficient Windows Forecast, By Glazing Type 13.22.1. Double 13.22.2. Double low-e 13.22.3. Double gas-filled 13.22.4. Double low-e, gas-filled 13.22.5. Triple 13.22.6. Ripple low-e 13.22.7. Triple gas-filled 13.22.8. Triple low-e, gas-filled 13.23. Japan Energy Efficient Windows Forecast, By Component 13.23.1. Glass 13.23.2. Frame 13.23.3. Hardware 13.24. Japan Energy Efficient Windows Forecast, By Application 13.24.1. Replacement & renovation 13.24.2. New construction 13.25. Japan Energy Efficient Windows Forecast, By End-Use Sector 13.25.1. Residential 13.25.2. Non-residential 13.26. ASEAN Energy Efficient Windows Forecast, By Glazing Type 13.26.1. Double 13.26.2. Double low-e 13.26.3. Double gas-filled 13.26.4. Double low-e, gas-filled 13.26.5. Triple 13.26.6. Ripple low-e 13.26.7. Triple gas-filled 13.26.8. Triple low-e, gas-filled 13.27. ASEAN Energy Efficient Windows Forecast, By Component 13.27.1. Glass 13.27.2. Frame 13.27.3. Hardware 13.28. ASEAN Energy Efficient Windows Forecast, By Application 13.28.1. Replacement & renovation 13.28.2. New construction 13.29. ASEAN Energy Efficient Windows Forecast, By End-Use Sector 13.29.1. Residential 13.29.2. Non-residential 13.30. Rest of Asia Pacific Energy Efficient Windows Forecast, By Glazing Type 13.30.1. Double 13.30.2. Double low-e 13.30.3. Double gas-filled 13.30.4. Double low-e, gas-filled 13.30.5. Triple 13.30.6. Ripple low-e 13.30.7. Triple gas-filled 13.30.8. Triple low-e, gas-filled 13.31. Rest of Asia Pacific Energy Efficient Windows Forecast, By Component 13.31.1. Glass 13.31.2. Frame 13.31.3. Hardware 13.32. Rest of Asia Pacific Energy Efficient Windows Forecast, By Application 13.32.1. Replacement & renovation 13.32.2. New construction 13.33. Rest of Asia Pacific Energy Efficient Windows Forecast, By End-Use Sector 13.33.1. Residential 13.33.2. Non-residential 13.34. Asia Pacific Energy Efficient Windows Attractiveness Analysis 13.34.1. By Glazing Type 13.34.2. By Component 13.34.3. By Application 13.34.4. By End-Use Sector 13.35. PEST Analysis 14. Middle East & Africa Energy Efficient Windows Analysis 14.1. Key Findings 14.2. Middle East & Africa Energy Efficient Windows Overview 14.3. Middle East & Africa Energy Efficient Windows Value Share Analysis, By Glazing Type 14.4. Middle East & Africa Energy Efficient Windows Forecast, By Glazing Type 14.4.1. Double 14.4.2. Double low-e 14.4.3. Double gas-filled 14.4.4. Double low-e, gas-filled 14.4.5. Triple 14.4.6. Ripple low-e 14.4.7. Triple gas-filled 14.4.8. Triple low-e, gas-filled 14.5. Middle East & Africa Energy Efficient Windows Value Share Analysis, By Component 14.6. Middle East & Africa Energy Efficient Windows Forecast, By Component 14.6.1. Glass 14.6.2. Frame 14.6.3. Hardware 14.7. Middle East & Africa Energy Efficient Windows Value Share Analysis, By Application 14.8. Middle East & Africa Energy Efficient Windows Forecast, By Application 14.8.1. Replacement & renovation 14.8.2. New construction 14.9. Middle East & Africa Energy Efficient Windows Value Share Analysis, By End-Use Sector 14.10. Middle East & Africa Energy Efficient Windows Forecast, By End-Use Sector 14.10.1. Residential 14.10.2. Non-residential 14.11. Middle East & Africa Energy Efficient Windows Value Share Analysis, By Country 14.12. Middle East & Africa Energy Efficient Windows Forecast, By Country 14.12.1. GCC, 2018–2026 14.12.2. South Africa, 2018–2026 14.12.3. Rest of Middle East & Africa, 2018–2026 14.13. Middle East & Africa Energy Efficient Windows Analysis, By Country/ Sub-region 14.14. GCC Energy Efficient Windows Forecast, By Glazing Type 14.14.1. Double 14.14.2. Double low-e 14.14.3. Double gas-filled 14.14.4. Double low-e, gas-filled 14.14.5. Triple 14.14.6. Ripple low-e 14.14.7. Triple gas-filled 14.14.8. Triple low-e, gas-filled 14.15. GCC Energy Efficient Windows Forecast, By Component 14.15.1. Glass 14.15.2. Frame 14.15.3. Hardware 14.16. GCC Energy Efficient Windows Forecast, By Application 14.16.1. Replacement & renovation 14.16.2. New construction 14.17. GCC Energy Efficient Windows Forecast, By End-Use Sector 14.17.1. Residential 14.17.2. Non-residential 14.18. South Africa Energy Efficient Windows Forecast, By Glazing Type 14.18.1. Double 14.18.2. Double low-e 14.18.3. Double gas-filled 14.18.4. Double low-e, gas-filled 14.18.5. Triple 14.18.6. Ripple low-e 14.18.7. Triple gas-filled 14.18.8. Triple low-e, gas-filled 14.19. South Africa Energy Efficient Windows Forecast, By Component 14.19.1. Glass 14.19.2. Frame 14.19.3. Hardware 14.20. South Africa Energy Efficient Windows Forecast, By Application 14.20.1. Replacement & renovation 14.20.2. New construction 14.21. South Africa Energy Efficient Windows Forecast, By End-Use Sector 14.21.1. Residential 14.21.2. Non-residential 14.22. Rest of Middle East & Africa Energy Efficient Windows Forecast, By Glazing Type 14.22.1. Double 14.22.2. Double low-e 14.22.3. Double gas-filled 14.22.4. Double low-e, gas-filled 14.22.5. Triple 14.22.6. Ripple low-e 14.22.7. Triple gas-filled 14.22.8. Triple low-e, gas-filled 14.23. Rest of Middle East & Africa Energy Efficient Windows Forecast, By Component 14.23.1. Glass 14.23.2. Frame 14.23.3. Hardware 14.24. Rest of Middle East & Africa Energy Efficient Windows Forecast, By Application 14.24.1. Replacement & renovation 14.24.2. New construction 14.25. Rest of Middle East & Africa Energy Efficient Windows Forecast, By End-Use Sector 14.25.1. Residential 14.25.2. Non-residential 14.26. Middle East & Africa Energy Efficient Windows Attractiveness Analysis 14.26.1. By Glazing Type 14.26.2. By Component 14.26.3. By Application 14.26.4. By End-Use Sector 14.27. PEST Analysis 15. Latin America Energy Efficient Windows Analysis 15.1. Key Findings 15.2. Latin America Energy Efficient Windows Overview 15.3. Latin America Energy Efficient Windows Value Share Analysis, By Glazing Type 15.4. Latin America Energy Efficient Windows Forecast, By Glazing Type 15.4.1. Double 15.4.2. Double low-e 15.4.3. Double gas-filled 15.4.4. Double low-e, gas-filled 15.4.5. Triple 15.4.6. Ripple low-e 15.4.7. Triple gas-filled 15.4.8. Triple low-e, gas-filled 15.5. Latin America Energy Efficient Windows Value Share Analysis, By Component 15.6. Latin America Energy Efficient Windows Forecast, By Component 15.6.1. Glass 15.6.2. Frame 15.6.3. Hardware 15.7. Latin America Energy Efficient Windows Value Share Analysis, By Application 15.8. Latin America Energy Efficient Windows Forecast, By Application 15.8.1. Replacement & renovation 15.8.2. New construction 15.9. Latin America Energy Efficient Windows Value Share Analysis, By End-Use Sector 15.10. Latin America Energy Efficient Windows Forecast, By End-Use Sector 15.10.1. Residential 15.10.2. Non-residential 15.11. Latin America Energy Efficient Windows Value Share Analysis, By Country 15.12. Latin America Energy Efficient Windows Forecast, By Country 15.12.1.1. Brazil, 2018–2026 15.12.1.2. Mexico, 2018–2026 15.12.1.3. Rest of Latin America, 2018–2026 15.13. Latin America Energy Efficient Windows Analysis, By Country/ Sub-region 15.14. Brazil Energy Efficient Windows Forecast, By Glazing Type 15.14.1. Double 15.14.2. Double low-e 15.14.3. Double gas-filled 15.14.4. Double low-e, gas-filled 15.14.5. Triple 15.14.6. Ripple low-e 15.14.7. Triple gas-filled 15.14.8. Triple low-e, gas-filled 15.15. Brazil Energy Efficient Windows Forecast, By Component 15.15.1. Glass 15.15.2. Frame 15.15.3. Hardware 15.16. Brazil Energy Efficient Windows Forecast, By Application 15.16.1. Replacement & renovation 15.16.2. New construction 15.17. Brazil Energy Efficient Windows Forecast, By End-Use Sector 15.17.1. Residential 15.17.2. Non-residential 15.18. Mexico Energy Efficient Windows Forecast, By Glazing Type 15.18.1. Double 15.18.2. Double low-e 15.18.3. Double gas-filled 15.18.4. Double low-e, gas-filled 15.18.5. Triple 15.18.6. Ripple low-e 15.18.7. Triple gas-filled 15.18.8. Triple low-e, gas-filled 15.19. Mexico Energy Efficient Windows Forecast, By Component 15.19.1. Glass 15.19.2. Frame 15.19.3. Hardware 15.20. Mexico Energy Efficient Windows Forecast, By Application 15.20.1. Replacement & renovation 15.20.2. New construction 15.21. Mexico Energy Efficient Windows Forecast, By End-Use Sector 15.21.1. Residential 15.21.2. Non-residential 15.22. Rest of Latin America Energy Efficient Windows Forecast, By Glazing Type 15.22.1. Double 15.22.2. Double low-e 15.22.3. Double gas-filled 15.22.4. Double low-e, gas-filled 15.22.5. Triple 15.22.6. Ripple low-e 15.22.7. Triple gas-filled 15.22.8. Triple low-e, gas-filled 15.23. Rest of Latin America Energy Efficient Windows Forecast, By Component 15.23.1. Glass 15.23.2. Frame 15.23.3. Hardware 15.24. Rest of Latin America Energy Efficient Windows Forecast, By Application 15.24.1. Replacement & renovation 15.24.2. New construction 15.25. Rest of Latin America Energy Efficient Windows Forecast, By End-Use Sector 15.25.1. Residential 15.25.2. Non-residential 15.26. Latin America Energy Efficient Windows Attractiveness Analysis 15.26.1. By Glazing Type 15.26.2. By Component 15.26.3. By Application 15.26.4. By End-Use Sector 15.27. PEST Analysis 16. Company Profiles 16.1. Market Share Analysis, By Company 16.2. Competition Matrix 16.3. Company Profiles: Key Players 16.3.1. Saint-Gobain S.A. 16.3.1.1. Company Overview 16.3.1.2. Financial Overview 16.3.1.3. Business Strategy 16.3.1.4. Recent Developments 16.3.1.5. Stock Management Footprint 16.3.2. Nippon Sheet Glass Co. Ltd. 16.3.3. Asahi Glass Co. Ltd. 16.3.4. PPG Industries, Inc. 16.3.5. SCHOTT Ag. 16.3.6. Masco Corporation 16.3.7. Builders FirstSource, Inc. 16.3.8. Jeld-Wen Holding, Inc. 16.3.9. YKK AP, Inc. 16.3.10. Ply Gem Holdings, Inc. 16.3.11. BMC Stock Holdings 16.3.12. Inc.,Associated Materials LLC. 16.3.13. Turkiye Sise Ve Cam Fabrikalari A.S 16.3.14. VKR Holding A/S 16.3.15. Drew Industries Incorporated 16.3.16. Inwido AB 16.3.17. China Glass Holding Limited 16.3.18. Anderson Corporation 16.3.19. Atrium Corporation 16.3.20. Guardian Industries Corp 16.3.21. Harvey Building Products 16.3.22. Kolbe & Kolbe Millwork Co., Inc. 16.3.23. Marvin Windows and Doors 16.3.24. Pella Corporation 16.3.25. Soft-Lite LLC 16.3.26. Ultraframe Ltd 16.3.27. Weather Shield Manufacturing Incorporated 17. Primary Key Insights

About This Report

Report ID15478
Published DateSept 2019
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