Japan EVA demand stood at 199.33 Thousand Tonnes in FY2021 and is forecast to reach 286.67 Thousand Tonnes by FY2030, growing at a healthy CAGR of 4.12% until FY2030. The growth attributes to increasing awareness about solar power generation and the benefits of manufacturing solar cell modules with EVA. Ethylene-vinyl acetate degrades slowly in sunlight and has excellent radiation transmission properties. These factors may influence high product demand in renewable energy end-use. Further, its role in the Adhesives and Agriculture sector is expected to boost the demand for EVA in the forecast period. COVID-19 pandemic had a severe impact on the market, in general, and disrupted the Indian economy. Rising number of patients suffering from the infection and rapidly evolving virus created death scare for the whole population at large. The government imposed the lockdown to contain the spread of the virus that further resulted in disabling market growth. The manufacturing units were closed for a significant amount of time, and it disturbed the distribution channels. The government is slowly controlling the consequences, and steadily market is regaining its composure. With a steady CAGR in the upcoming forecast years, the market may grow and present as a potential investment for the new market player that supports the market growth in the future.The Ethylene Vinyl Acetate (EVA) Demand in Japan is Expected to Grow at a CAGR of 3.94%.
Under this subscription, you would be able to access Japan Ethylene Vinyl Acetate (EVA) market demand and supply analysis on a cloud-based platform for one year. The data is updated on a near real-time basis to add any new movement in the industry including but not limited to new plant announcements, plant shutdowns, temporary disruptions in demand or supply, news and deals, and much more specific to Ethylene Vinyl Acetate (EVA).
Years Considered for Analysis:
- Historical Years: FY2015- FY2020
- Base Year: FY2021
- Estimated Year: FY2022
- Forecast Period: FY2023 - FY2030
Deliverables
- Installed Capacity By Company: Installed capacity within the country along with the individual capacity of leading players
- Installed Capacity By Location: Installed capacity at several locations across the country
Installed Capacity By Process:
Installed capacity by different processes- Installed Capacity By Technology: Installed capacity by different technologies being used to produce Ethylene Vinyl Acetate
- Production By Company: Actual production done by different companies
- Operating Efficiency By Company: Operating efficiency at which different companies are operating their plants
- Demand By End-Use: Demand/Sale of Ethylene Vinyl Acetate in different end-user industries across the country
- Demand By Sales Channel: Demand/Sale of Ethylene Vinyl Acetate by different sales channels across the country
- Demand By Region: Demand/Sale of Ethylene Vinyl Acetate in different regions of the country
- Country-Wise Exports: Exports of Ethylene Vinyl Acetate by Different Countries
- Country-Wise Imports: Imports of Ethylene Vinyl Acetate by Different Countries
- Demand & Supply Gap: Demand & Supply Gap at country level
- Market Share of Leading Players: Revenue shares of leading players in the country
Table of Contents
1. Japan Ethylene Vinyl Acetate (EVA) Market Outlook, 2015-20301.1. Capacity By Company
1.2. Capacity By Location
1.3. Capacity By Technology
1.4. Production By Company
1.5. Operating Efficiency By Company
1.6. Country Wise Exports
1.7. Country Wise Imports
1.8. Demand & Supply Gap
2. Japan Ethylene Vinyl Acetate (EVA) Demand Outlook, 2015-2030
2.1. Demand By Grade (Below 18% VA, 18% VA, 28% VA, Above 28% VA)
2.2. Demand By Application (Solar Cell Encapsulation, Adhesives, Film, Foam, Wires and Cables, Others)
2.3. Demand By End Use (Renewable Energy, Packaging, Agriculture, Footwear, Electrical and Electronics, Others)
2.4. Demand By Region
2.5. Company Share of Leading Players
3. News & Deals
Methodology
LOADING...