PET Bottles

PET plastic drink soda coffee beverage can - China Manufacturer

As a {China}-based {Manufacturer}, I deliver dependable packaging solutions for {PET plastic drink soda coffee beverage can} applications. I know what B2B buyers in today’s market look for: stable supply, consistent quality, flexible customization, and clear documentation. Our plant blends advanced blow and injection molding with tight QC to produce light-weight, high-clarity containers that preserve flavor and carbonation. Whether you need single-serve bottles, multi-pack cups, or innovative caps and labels, I tailor sizes, walls, and print to fit your line and regulator demands. We can meet stringent food-safety standards, offer fast sampling, and provide competitive MOQs for China or overseas customers. From draft designs to mass production, I keep you informed with transparent lead times and cost breakdowns. If you are distributor or brand looking to scale, I’m here to partner. Our team believes great packaging is the first sale, so I take care of material sourcing, certification, and logistics, so you can focus on growing your market.

Hot Selling Product

PET plastic drink soda coffee beverage can Pioneers in the Field From Concept to Delivery

PET plastic drink, soda, coffee, and beverage cans have revolutionized the packaging industry, offering lightweight, durable, and recyclable solutions for brands worldwide. As pioneers in PET packaging, our journey spans from innovative concept design to precision engineering and reliable delivery, ensuring every detail is tailored to meet the needs of global customers. Our commitment to quality begins with understanding market trends and consumer demands, fostering a creative approach to packaging that enhances the value of every beverage. With advanced production technologies, rigorous quality control, and a strong supply chain, we seamlessly convert ideas into finished products, supporting clients in every corner of the world. From refreshing sodas to invigorating coffees and energy drinks, PET cans offer superior clarity and safety, making them an ideal choice for modern beverage brands. By choosing us as your PET can partner, you gain access to cutting-edge expertise, fast delivery, and sustainable solutions designed to help you succeed in today’s competitive market.

{ PET plastic drink soda coffee beverage can Pioneers in the Field From Concept to Delivery}
Dimension Typical Value / Range Unit / Format Notes / Relevance
Polymer type Polyethylene terephthalate (PET) Clear, strong thermoplastic commonly used for beverage containers (carbonated and non-carbonated).
Recycling code 1 Resin identification Widely accepted in curbside recycling streams in many regions; suitable for mechanical and chemical recycling routes.
Density 1.33–1.37 g/cm³ Depends on degree of crystallinity and orientation from processing.
Intrinsic viscosity (IV) 0.60–0.95 dL/g Higher IV values (≈0.70–0.95) are typical for blow-molded beverage containers to ensure strength and barrier performance.
Glass transition temperature (Tg) ≈67–81 °C Defines the temperature above which PET softens; important for filling, storage and pasteurization limits.
Melting point (Tm) ≈245–265 °C Processing uses melt temperatures below or around this for extrusion and preform production.
Typical preform mass (500 mL equivalent) 9–15 g/preform Modern lightweight designs push toward the lower end; exact mass depends on design and required performance.
Finished bottle mass (typical range) 9–25 g/bottle Depends on volume, design (lightweight vs structural), and carbonation/vacuum requirements.
Manufacturing method Injection stretch blow molding (ISBM) Process name Standard process for producing hollow PET containers from preforms; yields oriented walls and strength.
Typical cycle time (per cavity) 1–3 seconds Cycle depends on machine, cavity count and cooling strategy; multi-cavity molds increase per-cycle output.
Line throughput (typical) 200–2000 bottles/min per line Wide range due to line configuration, cavity number and automation level.
CO2e (production only) 0.05–0.25 kg CO2e per L packaged Approximate manufacturing emissions; varies with energy mix, transport and lightweighting; excludes beverage production and distribution.
Water footprint (packaging only) ≈1–3 L water per L packaged Includes process water for polymer production and bottle manufacture; region and process dependent.
Oxygen transmission rate (uncoated) ≈0.5–2.5 cm³/m²·day·atm Depends on thickness and orientation; may be insufficient for long shelf life of oxygen-sensitive products without barrier enhancements.
Common barrier enhancements PVOH coatings, SiOx / AlOx, multilayer (co-extrusion) Used to extend shelf life for oxygen- and aroma-sensitive beverages (e.g., beer, juices).
Temperature performance Service up to ~60–80 °C (short term) Suitable for pasteurization in some processes; not suitable for high-temperature retort sterilization without special formulations or containers.
Typical shelf life (carbonated soft drinks) 6–12 months Depends on headspace, closure integrity, storage temperature and barrier properties.
Labeling & decoration Shrink sleeve, wet glue, direct print Decoration choice affects recycling stream compatibility; full-body sleeves may require separation steps in some recycling systems.
Recycled PET (rPET) use in food contact 0–100 % (application dependent) Permitted percentages depend on regional regulatory approvals and the recycling process used (mechanical vs. chemically recycled rPET).
Key regulatory considerations Food-contact approvals, migration limits Compliance with local authorities required for beverage use; traces of catalysts or additives must meet migration and safety limits.

Related Products

Eco Friendly Products

PET plastic drink soda coffee beverage can More Than a Supplier - A Partner From Concept to Delivery

PET Beverage Packaging Volume by Product and Development Stage

This chart illustrates estimated PET packaging volumes (in metric tons) across five beverage categories and four development stages: Concept, Prototype, Production, and Delivery. The data highlights how material engagement grows rapidly from early-stage concept activities into prototyping and then scales dramatically during full production. For instance, production volumes for bottled water and soda are the largest, reflecting high consumer demand and distribution scale, while coffee and tea show comparatively lower production tonnages but still substantial delivery volumes. Prototype-stage quantities are meaningful because iterative testing requires additional small-batch packaging runs, and these values provide visibility into material needs before committing to full production tooling and procurement. Delivery-stage figures are slightly lower than peak production for each category, representing inventory movement, distribution losses, and consumed units shipped to market. Analyzing these stages helps procurement and sustainability teams anticipate material sourcing, recycling planning, and logistics capacity. It also guides R&D and design groups in balancing innovation with material efficiency: higher prototype usage signals opportunities to optimize sample runs, while production peaks indicate where circularity programs and supplier partnerships will have the most impact. Use this grouped bar view to compare relative weight across product lines and to prioritize interventions that reduce PET consumption or improve reuse and recycling at the stages that account for the largest material throughput.

Top Selling Products

Subscribe To Our Newsletter

For inquiries about our products or pricelist, please leave your email to us and we will be in touch within 24 hours.

Follow Us

on our social media
  • whatsapp (1)
  • instagram
  • youtube