PET Bottles

500ml Plastic Bottle - China Manufacturer for Durable Packaging

I'm a China-based manufacturer and supplier, here to meet your bulk packaging needs. The 500ml Plastic Bottle is designed for durability and easy handling, made from high-quality PET with a strong neck finish and secure cap. It suits cosmetics, beverages and household chemicals. I offer clear and tinted options, different neck finishes, and tamper-evident features for safety. For B2B purchasers, I provide flexible MOQs, competitive pricing and scalable production with fast lead times. Custom printing and labeling can be arranged to show your brand. I stand by strict quality control, leak tests, and stable supply to support your China market and international shipments. Partner with me for reliable packaging solutions from a trusted Manufacturer, delivering consistent quality and service that grows your business.

Hot Selling Product

500ml Plastic Bottle Now Trending More Than a Supplier - A Partner

The 500ml plastic bottle is no longer just a commodity—it's the focal point of strategic partnerships that drive product success. Buyers worldwide are choosing bottles that combine lightweight cost-efficiency, excellent shelf appeal, and versatile compatibility with water, beverages, sauces and personal care products. Options like rPET/PCR content, recyclable formats, tamper-evident caps, barrier treatments and custom shape/labeling let brands meet sustainability goals and stand out on crowded shelves without sacrificing performance or compliance. Forward-looking suppliers act as partners offering end-to-end support: rapid prototyping, flexible minimums, consistent QC, certifications for global markets, and reliable logistics to reduce lead-time risk. That collaborative approach helps procurement teams optimize cost, speed-to-market and brand integrity—turning a simple 500ml bottle into a competitive advantage.

{ 500ml Plastic Bottle Now Trending More Than a Supplier - A Partner}
Attribute Typical Value Notes
Nominal Volume 500 mL Standard single-serve beverage capacity
Material PET (Polyethylene Terephthalate) Widely used for clear beverage containers; high clarity and barrier for CO2-sensitive drinks
Resin Identification Code 1 Recycling stream code for PET; accepted in most municipal programs
Typical Empty Weight 12 g (lightweight variant) Common lightweight bottle weight; regional variants 10–25 g depending on design
Wall Thickness (average) 0.20 – 0.40 mm Averaged across body panels; thin-wall designs reduce material and emissions
Neck Finish 28 mm (standard screw finish) Common finish for beverage caps; alternate finishes include 24 mm and sport closures
Typical Height × Diameter 205 – 225 mm × 60 – 70 mm Design-dependent; taller slender styles optimize shelf presentation
Cap / Closure Type Screw cap (PP) or tamper-evident screw cap Polypropylene caps are typical; closures may affect recycling if not separated
Manufacturing Process Injection Stretch Blow Molding (ISBM) ISBM provides orientation for strength and clarity; standard for high-volume production
Cycle Time per Cavity 2.5 – 6.0 seconds Depends on machine size, mold design and cooling; multi-cavity molds reduce per-part time
Typical Line Compatibility 20,000 – 48,000 bottles per hour Ranges from medium to high-speed filler/packer lines; palletizing and labeling capacity varies
Labeling Area (approx.) 150 × 90 mm Shrink-sleeve, pressure-sensitive and wrap labels commonly used; area for artwork and nutrition panel
Recyclability Widely recyclable Acceptance depends on local programs and cap separation practices
Post-consumer PET Collection (global average) ~30% (varies by region) Higher in some regions (50%+) and lower in others; improvement trends ongoing
Estimated Carbon Footprint (cradle-to-gate, empty bottle) ≈ 35 g CO2e / bottle Typical value for a 12 g PET bottle produced from virgin resin; varies with energy mix and recycled content
Estimated Water Footprint (resin production) ≈ 1.2 L / bottle Includes water used in feedstock and processing stages; regional variation applies
Common Color Options Transparent (clear), light-tinted (green/blue) Clear maximizes recyclability; colored bottles may reduce recycling value
Common Applications Still water, flavored water, RTD beverages Also used for some dairy-style drinks where PET is suitable
Food Contact Regulatory Compliance EU food-contact plastics regulation; US FDA 21 CFR guidelines (as applicable) Design must meet migration and additive limits; verification via declarations and testing
Typical Drop Test Survival 1.2 – 1.6 m (filled, standard handling) Depends on fill pressure, cap torque and bottle geometry; engineered to survive distribution handling
Temperature Resistance Short-term up to ~60°C; long-term service ≤40°C Not suitable for sustained hot-fill unless specially formulated or heat-stabilized
Recycled Content (common practice) 0 – 30% rPET in typical commercial runs Higher rPET usage growing; mechanical recycling quality and regulatory limits influence percentage
End-of-life Options Mechanical recycling, chemical recycling, energy recovery Priority: increase collection and mechanical recycling to close loop
Design Considerations for Lightweighting Neck-to-base optimization, panel shaping, wall-thinning Targets to reduce material without compromising drop and stacking performance
Typical Shelf Life for Contents 6–18 months (varies by beverage) Shelf life determined by contents, oxygen barrier performance and storage conditions
Notes / Sustainability Actions Use of rPET, improved collection, label and cap design optimization Actions that increase circularity and lower lifecycle impacts without disclosing suppliers
Source context: technical averages and industry-standard ranges for 500 mL PET beverage containers; values are representative and region-dependent.

Related Products

PET Cups

500ml Plastic Bottle Factory Guarantees Peak Performance

Monthly Production Performance Indicators — 500ml Plastic Bottle Line

This chart presents normalized monthly performance indicators for a 500ml plastic bottle production line, offering a compact snapshot across five critical dimensions. Each bar is scaled to a 0–100 score so disparate units (units per hour, percent defects, kilograms of waste, kWh, and minutes of downtime) can be compared directly. Throughput reflects capacity utilization mapped to a target maximum; a higher score means the line is running near planned output. Quality uses an inverted defect rate so fewer defects produce a higher normalized score, making quality improvements visually comparable to throughput. Material waste is converted from kilograms per 1,000 units to a reduction-oriented score, rewarding lower scrap. Energy consumption aggregates facility metering into an efficiency score to highlight power-saving performance. Downtime is converted into an availability score where less unplanned stoppage yields higher values. Inputs for normalization include PLC logs for throughput and downtime, inspection records for defects, material usage reports, and facility energy meters; benchmark targets and historical distributions are used to map raw values to the 0–100 range. Interpreting the chart helps prioritize actions: for example, high throughput but middling quality and waste scores suggests focusing on process control and upstream material quality, while relatively good energy performance alongside lower availability indicates maintenance or reliability programs. This visualization is intended for monthly monitoring; pairing it with time-series trends, Pareto analyses of defect types, and supplier quality metrics supports root-cause work and investment decisions. Over time the chart becomes a concise scoreboard to validate improvements and ensure gains in one area do not degrade another.

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