1. Food and Beverage Bottles (Core) 🥤:
High barrier properties, low carbon footprint, suitable for carbonated beverages, bottled water, juices, dairy products, alcoholic beverages, and sports drinks; allows for thinner walls and reduced weight, extending shelf life; Key points: Co-injection/co-blending with PET or pure material blow molding, temperature control and stretching process, compliant with food contact safety and recycling systems.

2. Food and Consumer Goods Flexible Packaging Films 📦:
Excellent oxygen/moisture/CO₂ barrier properties, used in vacuum/modified atmosphere packaging bags, composite films, aluminum foil composite films, and heat-sealable films; Typical categories: snacks, meat, baked goods, ready-to-eat meals, pet food, personal care and household cleaning product packaging; Key points: Single-layer/multi-layer co-extrusion, optimized heat sealing temperature and composite strength, balancing recyclability and barrier properties.

3. Fibers and Textiles 🧵:
High strength and good resilience, used in clothing fabrics, carpets, home textiles, industrial yarns, filtration materials, non-woven fabrics, and diapers; Key points: Spinning temperature and drawing process must be adapted to PEF characteristics, can be blended and modified with PET and nylon to improve wear resistance and feel.

4. Specialty Films and Industrial Films 🎯:
Agricultural films (insulation/anti-fog/weather-resistant), heat shrink films, label films, barrier coating precursors; also used in electronic device packaging films and lithium battery separators (after modification); Key points: Temperature control and film formation process, balancing barrier and mechanical properties, meeting weather resistance and insulation requirements.

5. Catalysts and Polymerization Additives ⚗️:
Used as a co-monomer or modifying component for polyesters/copolyesters, polyurethanes, and polyamides, improving barrier and heat resistance; Typical fields: engineering plastics, adhesives, coatings; Key points: Small-scale compatibility testing with other monomers, controlling copolymerization ratio and molecular weight distribution.

6. 3D Printing Filaments and Specialty Consumables 🖨️:
Excellent mechanical strength and heat resistance, suitable for Fused Deposition Modeling (FDM); Typical applications: functional prototypes, jigs and fixtures, durable parts; Key points: Temperature control and extrusion process ensure uniform filament diameter and printing stability.

7. Engineering Plastics and Modified Composite Materials 🛠️:
Glass fiber/carbon fiber reinforced, mineral filled, used in automotive interior and exterior parts, electronic housings, home appliance components, pipes and valves; Key points: Optimized formulation and injection molding process to balance strength, heat resistance, and dimensional stability.