Bi-oriented Polypropylene Films - Global Markets, Technology, and Participants - 2018 to 2022
“Bi-oriented Polypropylene Films 2018 to 2022” is the definitive study of the global BOPP films market. The content includes orientation technology, industry drivers, geographic trends, market statistics, market forecasts, producers, and equipment suppliers.
As global capacity for and production of BOPP film continues to increase, which geographic regions will have the largest volume and highest growth rates for BOPP film consumption?
What is the market share and respective growth rate between packaging and industrial applications? Between developed and emerging economic regions?
- 1. Orientation
- 2. Orientation direction
- 3. Film and sheet
- 4. Market scope
- 1. Oriented film background
- 2. Polypropylene resin and OPP film
- 1. Linear orientation background
- 2. Sequential linear orientation
- 3. Simultaneous linear orientation
- 4. Mono-oriented polypropylene film
- 5. Linear orientation equipment suppliers
- 1. Tubular orientation background
- 1. Polypropylene resin
- 2. Twin screw extrusion
- 3. Extrusion additives
- 4. Operational limitations
- 5. Cavitation
- 6. Coextrusion
- 7. Regrind and recycling
- 8. Annealing
- 9. OPP film winding and slitting
- 10. OPP film primary winder and slitter suppliers
- 1. Machine capacity considerations
- 2. Global OPP film capacity
- 3. Acquired and shuttered OPP film capacity
- 4. 2018 capacity and acquisition activity
- 1. Corona treatment
- 2. Air coatings
- 3. Air coating materials
- 4. Air coating equipment suppliers
- 5. Vacuum deposition technologies
- 6. OPP film vacuum deposition materials
- 7. Vacuum deposition equipment suppliers
- 8. Irradiation technologies
- 1. Polypropylene supply
- 2. Direct melt technology
- 3. Machine width
- 4. Downgauging
- 1. OPP packaging film technology
- 2. OPP label film
- 3. OPP non-packaging film technology
- 1. Global GDP
- 2. Global population
- 3. GDP per capita
- 1. Rigid versus flexible packaging
- 2. Film production and converting costs
- 3. Environmental impact
- 4. Packaging film downgauging
- 5. Urbanization
- 6. Global market supply
- 7. Printed OPET film
- 8. High shrink labels
- 9. “No-look” labels
- 10. Confectionery demand
- 11. Lithium-ion batteries
- 12. Cellophane and polystyrene film
- 1. OPP film volume by end-use category
- 2. OPP film volume for food packaging by end-use
- 3. OPP film volume for non-food packaging by end-use
- 4. OPP film label volume by label type
- 5. OPP film volume for non-packaging by end-use
- 1. OPP film volume segmented by geographic region
- 2. OPP film volume per capita by geographic region
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